Hello
I have a Twinhan 1034 dvb-s card.
A modprobe mantis goes fine.
When I do "dvbcan mychannel > channel.conf" I get the following output:
----------
scanning mychannel
using '/dev/dvb/adapter0/frontend0' and '/dev/dvb/adapter0/demux0'
initial transponder 12324000 V 27500000 5
>>> tune to: 12324:v:0:27500
WARNING: >>> tuning failed!!!
>>> tune to: 12324:v:0:27500 (tuning failed)
WARNING: >>> tuning failed!!!
ERROR: initial tuning failed
----------
I have attached the output of dmesg to this email.
When I use the Windows software that came with the card I can tune into the
channel that I put into the file 'mychannel'.
Do you have an idea of what I am doing wrong?
Thanks,
Joep Admiraal
Linux version 2.6.16.21-0.13-default (geeko@buildhost) (gcc version 4.1.0 (SUSE Linux)) #1 Mon Jul 17 17:22:44 UTC 2006
BIOS-provided physical RAM map:
BIOS-e820: 0000000000000000 - 000000000009fc00 (usable)
BIOS-e820: 000000000009fc00 - 00000000000a0000 (reserved)
BIOS-e820: 00000000000f0000 - 0000000000100000 (reserved)
BIOS-e820: 0000000000100000 - 000000000fffc000 (usable)
BIOS-e820: 000000000fffc000 - 000000000ffff000 (ACPI data)
BIOS-e820: 000000000ffff000 - 0000000010000000 (ACPI NVS)
BIOS-e820: 00000000fec00000 - 00000000fec01000 (reserved)
BIOS-e820: 00000000fee00000 - 00000000fee01000 (reserved)
BIOS-e820: 00000000ffff0000 - 0000000100000000 (reserved)
0MB HIGHMEM available.
255MB LOWMEM available.
No mptable found.
On node 0 totalpages: 65532
DMA zone: 4096 pages, LIFO batch:0
DMA32 zone: 0 pages, LIFO batch:0
Normal zone: 61436 pages, LIFO batch:15
HighMem zone: 0 pages, LIFO batch:0
DMI 2.3 present.
IO/L-APIC allowed because system is MP or new enough
ACPI: RSDP (v000 ASUS ) @ 0x000f5f50
ACPI: RSDT (v001 ASUS A7V8X-X 0x42302e31 MSFT 0x31313031) @ 0x0fffc000
ACPI: FADT (v001 ASUS A7V8X-X 0x42302e31 MSFT 0x31313031) @ 0x0fffc0b2
ACPI: BOOT (v001 ASUS A7V8X-X 0x42302e31 MSFT 0x31313031) @ 0x0fffc030
ACPI: MADT (v001 ASUS A7V8X-X 0x42302e31 MSFT 0x31313031) @ 0x0fffc058
ACPI: DSDT (v001 ASUS A7V8X-X 0x00001000 MSFT 0x0100000b) @ 0x00000000
ACPI: PM-Timer IO Port: 0xe408
ACPI: Local APIC address 0xfee00000
ACPI: LAPIC (acpi_id[0x00] lapic_id[0x00] enabled)
Processor #0 6:8 APIC version 16
ACPI: LAPIC_NMI (acpi_id[0x00] high edge lint[0x1])
ACPI: IOAPIC (id[0x02] address[0xfec00000] gsi_base[0])
IOAPIC[0]: apic_id 2, version 3, address 0xfec00000, GSI 0-23
ACPI: INT_SRC_OVR (bus 0 bus_irq 0 global_irq 2 dfl edge)
ACPI: INT_SRC_OVR (bus 0 bus_irq 9 global_irq 9 low level)
ACPI: IRQ0 used by override.
ACPI: IRQ2 used by override.
ACPI: IRQ9 used by override.
Using ACPI (MADT) for SMP configuration information
Allocating PCI resources starting at 20000000 (gap: 10000000:eec00000)
Built 1 zonelists
Kernel command line: root=/dev/hdb1 vga=0x31a resume=/dev/hdb5 splash=silent
bootsplash: silent mode.
Enabling fast FPU save and restore... done.
Enabling unmasked SIMD FPU exception support... done.
Initializing CPU#0
PID hash table entries: 1024 (order: 10, 16384 bytes)
Detected 2083.501 MHz processor.
Using tsc for high-res timesource
Console: colour VGA+ 80x25
Dentry cache hash table entries: 65536 (order: 6, 262144 bytes)
Inode-cache hash table entries: 32768 (order: 5, 131072 bytes)
Memory: 254120k/262128k available (1489k kernel code, 7456k reserved, 609k data, 156k init, 0k highmem)
Checking if this processor honours the WP bit even in supervisor mode... Ok.
Calibrating delay using timer specific routine.. 4173.59 BogoMIPS (lpj=8347184)
Security Framework v1.0.0 initialized
Mount-cache hash table entries: 512
CPU: After generic identify, caps: 0383fbff c1c3fbff 00000000 00000000 00000000 00000000 00000000
CPU: After vendor identify, caps: 0383fbff c1c3fbff 00000000 00000000 00000000 00000000 00000000
CPU: L1 I Cache: 64K (64 bytes/line), D cache 64K (64 bytes/line)
CPU: L2 Cache: 256K (64 bytes/line)
CPU: After all inits, caps: 0383fbff c1c3fbff 00000000 00000420 00000000 00000000 00000000
Intel machine check architecture supported.
Intel machine check reporting enabled on CPU#0.
CPU: AMD Athlon(TM) XP 2600+ stepping 01
Checking 'hlt' instruction... OK.
checking if image is initramfs... it is
Freeing initrd memory: 2347k freed
not found!
ENABLING IO-APIC IRQs
..TIMER: vector=0x31 apic1=0 pin1=2 apic2=-1 pin2=-1
NET: Registered protocol family 16
ACPI: bus type pci registered
PCI: PCI BIOS revision 2.10 entry at 0xf1990, last bus=1
PCI: Using configuration type 1
ACPI: Subsystem revision 20060127
ACPI: Interpreter enabled
ACPI: Using IOAPIC for interrupt routing
ACPI: PCI Interrupt Link [LNKA] (IRQs 3 4 5 6 7 9 10 *11 12)
ACPI: PCI Interrupt Link [LNKB] (IRQs 3 4 5 6 7 9 10 11 12) *0, disabled.
ACPI: PCI Interrupt Link [LNKC] (IRQs 3 4 5 6 7 9 10 11 12) *0, disabled.
ACPI: PCI Interrupt Link [LNKD] (IRQs 3 4 5 6 7 9 10 11 12) *0, disabled.
ACPI: PCI Interrupt Link [LNKE] (IRQs 3 4 5 *6 7 9 10 11 12)
ACPI: PCI Interrupt Link [LNKF] (IRQs 3 4 5 6 7 *9 10 11 12)
ACPI: PCI Interrupt Link [LNKG] (IRQs 3 4 5 6 7 10 *11 12 14 15)
ACPI: PCI Root Bridge [PCI0] (0000:00)
PCI: Probing PCI hardware (bus 00)
ACPI: Assume root bridge [\_SB_.PCI0] bus is 0
PCI quirk: region e400-e47f claimed by vt8235 PM
PCI quirk: region e800-e80f claimed by vt8235 SMB
Boot video device is 0000:01:00.0
ACPI: PCI Interrupt Routing Table [\_SB_.PCI0._PRT]
ACPI: PCI Interrupt Routing Table [\_SB_.PCI0.PCI1._PRT]
Linux Plug and Play Support v0.97 (c) Adam Belay
pnp: PnP ACPI init
pnp: PnP ACPI: found 12 devices
PCI: Using ACPI for IRQ routing
PCI: If a device doesn't work, try "pci=routeirq". If it helps, post a report
TC classifier action (bugs to netdev@xxxxxxxxxxxxxxx cc hadi@xxxxxxxxxx)
Setting up standard PCI resources
pnp: 00:02: ioport range 0xe400-0xe47f could not be reserved
pnp: 00:02: ioport range 0xe800-0xe81f could not be reserved
pnp: 00:0b: ioport range 0x290-0x297 has been reserved
pnp: 00:0b: ioport range 0x370-0x375 has been reserved
PCI: Bridge: 0000:00:01.0
IO window: disabled.
MEM window: d6000000-d7ffffff
PREFETCH window: dff00000-f7ffffff
PCI: Setting latency timer of device 0000:00:01.0 to 64
Simple Boot Flag at 0x3a set to 0x1
apm: BIOS version 1.2 Flags 0x03 (Driver version 1.16ac)
apm: overridden by ACPI.
audit: initializing netlink socket (disabled)
audit(1161376386.624:1): initialized
Total HugeTLB memory allocated, 0
VFS: Disk quotas dquot_6.5.1
Dquot-cache hash table entries: 1024 (order 0, 4096 bytes)
Initializing Cryptographic API
io scheduler noop registered
io scheduler anticipatory registered
io scheduler deadline registered
io scheduler cfq registered (default)
isapnp: Scanning for PnP cards...
isapnp: No Plug & Play device found
Real Time Clock Driver v1.12ac
PNP: PS/2 Controller [PNP0303:PS2K] at 0x60,0x64 irq 1
PNP: PS/2 controller doesn't have AUX irq; using default 12
serio: i8042 AUX port at 0x60,0x64 irq 12
serio: i8042 KBD port at 0x60,0x64 irq 1
Serial: 8250/16550 driver $Revision: 1.90 $ 4 ports, IRQ sharing enabled
serial8250: ttyS0 at I/O 0x3f8 (irq = 4) is a 16550A
00:09: ttyS0 at I/O 0x3f8 (irq = 4) is a 16550A
floppy0: no floppy controllers found
RAMDISK driver initialized: 16 RAM disks of 64000K size 1024 blocksize
mice: PS/2 mouse device common for all mice
input: AT Translated Set 2 keyboard as /class/input/input0
input: PC Speaker as /class/input/input1
md: md driver 0.90.3 MAX_MD_DEVS=256, MD_SB_DISKS=27
md: bitmap version 4.39
NET: Registered protocol family 2
IP route cache hash table entries: 4096 (order: 2, 16384 bytes)
TCP established hash table entries: 16384 (order: 4, 65536 bytes)
TCP bind hash table entries: 16384 (order: 4, 65536 bytes)
TCP: Hash tables configured (established 16384 bind 16384)
TCP reno registered
NET: Registered protocol family 1
Using IPI Shortcut mode
ACPI wakeup devices:
PCI0 PCI1 USB0 USB1 USB2 SU20 SLAN
ACPI: (supports S0 S1 S3 S4 S5)
Freeing unused kernel memory: 156k freed
Uniform Multi-Platform E-IDE driver Revision: 7.00alpha2
ide: Assuming 33MHz system bus speed for PIO modes; override with idebus=xx
VP_IDE: IDE controller at PCI slot 0000:00:11.1
ACPI: PCI Interrupt 0000:00:11.1[A]: no GSI
PCI: VIA IRQ fixup for 0000:00:11.1, from 255 to 15
VP_IDE: chipset revision 6
VP_IDE: not 100% native mode: will probe irqs later
VP_IDE: VIA vt8235 (rev 00) IDE UDMA133 controller on pci0000:00:11.1
ide0: BM-DMA at 0xb000-0xb007, BIOS settings: hda:pio, hdb:DMA
ide1: BM-DMA at 0xb008-0xb00f, BIOS settings: hdc:pio, hdd:DMA
Probing IDE interface ide0...
hdb: ST3120026A, ATA DISK drive
ide0 at 0x1f0-0x1f7,0x3f6 on irq 14
hdb: max request size: 512KiB
hdb: 234441648 sectors (120034 MB) w/8192KiB Cache, CHS=16383/255/63, UDMA(100)
hdb: cache flushes supported
hdb: hdb1 hdb2 < hdb5 hdb6 hdb7 >
Probing IDE interface ide1...
hdd: _NEC DVD_RW ND-3520A, ATAPI CD/DVD-ROM drive
ide1 at 0x170-0x177,0x376 on irq 15
Attempting manual resume
ReiserFS: hdb1: found reiserfs format "3.6" with standard journal
ReiserFS: hdb1: using ordered data mode
reiserfs: using flush barriers
ReiserFS: hdb1: journal params: device hdb1, size 8192, journal first block 18, max trans len 1024, max batch 900, max commit age 30, max trans age 30
ReiserFS: hdb1: checking transaction log (hdb1)
ReiserFS: hdb1: Using r5 hash to sort names
Adding 1895628k swap on /dev/hdb5. Priority:-1 extents:1 across:1895628k
parport: PnPBIOS parport detected.
parport0: PC-style at 0x378 (0x778), irq 7, dma 3 [PCSPP,TRISTATE,COMPAT,ECP,DMA]
lp0: using parport0 (interrupt-driven).
Linux agpgart interface v0.101 (c) Dave Jones
usbcore: registered new driver usbfs
usbcore: registered new driver hub
ACPI: PCI Interrupt 0000:00:10.3[D] -> GSI 21 (level, low) -> IRQ 169
ehci_hcd 0000:00:10.3: EHCI Host Controller
ehci_hcd 0000:00:10.3: new USB bus registered, assigned bus number 1
ehci_hcd 0000:00:10.3: irq 169, io mem 0xd5800000
ehci_hcd 0000:00:10.3: USB 2.0 started, EHCI 1.00, driver 10 Dec 2004
usb usb1: new device found, idVendor=0000, idProduct=0000
usb usb1: new device strings: Mfr=3, Product=2, SerialNumber=1
usb usb1: Product: EHCI Host Controller
usb usb1: Manufacturer: Linux 2.6.16.21-0.13-default ehci_hcd
usb usb1: SerialNumber: 0000:00:10.3
usb usb1: configuration #1 chosen from 1 choice
hub 1-0:1.0: USB hub found
hub 1-0:1.0: 6 ports detected
hdd: ATAPI 48X DVD-ROM DVD-R CD-R/RW drive, 2048kB Cache, UDMA(33)
Uniform CD-ROM driver Revision: 3.20
USB Universal Host Controller Interface driver v2.3
ACPI: PCI Interrupt 0000:00:10.0[A] -> GSI 21 (level, low) -> IRQ 169
PCI: VIA IRQ fixup for 0000:00:10.0, from 0 to 9
uhci_hcd 0000:00:10.0: UHCI Host Controller
uhci_hcd 0000:00:10.0: new USB bus registered, assigned bus number 2
uhci_hcd 0000:00:10.0: irq 169, io base 0x0000d000
usb usb2: new device found, idVendor=0000, idProduct=0000
usb usb2: new device strings: Mfr=3, Product=2, SerialNumber=1
usb usb2: Product: UHCI Host Controller
usb usb2: Manufacturer: Linux 2.6.16.21-0.13-default uhci_hcd
usb usb2: SerialNumber: 0000:00:10.0
usb usb2: configuration #1 chosen from 1 choice
hub 2-0:1.0: USB hub found
hub 2-0:1.0: 2 ports detected
adv7170: module not supported by Novell, setting U taint flag.
ACPI: PCI Interrupt 0000:00:10.1[B] -> GSI 21 (level, low) -> IRQ 169
PCI: VIA IRQ fixup for 0000:00:10.1, from 0 to 9
uhci_hcd 0000:00:10.1: UHCI Host Controller
uhci_hcd 0000:00:10.1: new USB bus registered, assigned bus number 3
uhci_hcd 0000:00:10.1: irq 169, io base 0x0000b800
usb usb3: new device found, idVendor=0000, idProduct=0000
usb usb3: new device strings: Mfr=3, Product=2, SerialNumber=1
usb usb3: Product: UHCI Host Controller
usb usb3: Manufacturer: Linux 2.6.16.21-0.13-default uhci_hcd
usb usb3: SerialNumber: 0000:00:10.1
usb usb3: configuration #1 chosen from 1 choice
hub 3-0:1.0: USB hub found
hub 3-0:1.0: 2 ports detected
via-rhine.c:v1.10-LK1.2.0-2.6 June-10-2004 Written by Donald Becker
NET: Registered protocol family 23
ACPI: PCI Interrupt 0000:00:10.2[C] -> GSI 21 (level, low) -> IRQ 169
PCI: VIA IRQ fixup for 0000:00:10.2, from 0 to 9
uhci_hcd 0000:00:10.2: UHCI Host Controller
uhci_hcd 0000:00:10.2: new USB bus registered, assigned bus number 4
uhci_hcd 0000:00:10.2: irq 169, io base 0x0000b400
usb usb4: new device found, idVendor=0000, idProduct=0000
usb usb4: new device strings: Mfr=3, Product=2, SerialNumber=1
usb usb4: Product: UHCI Host Controller
usb usb4: Manufacturer: Linux 2.6.16.21-0.13-default uhci_hcd
usb usb4: SerialNumber: 0000:00:10.2
usb usb4: configuration #1 chosen from 1 choice
hub 4-0:1.0: USB hub found
hub 4-0:1.0: 2 ports detected
ACPI: PCI Interrupt 0000:00:12.0[A] -> GSI 23 (level, low) -> IRQ 177
eth0: VIA Rhine II at 0x1a800, 00:0c:6e:c1:06:2d, IRQ 177.
eth0: MII PHY found at address 1, status 0x786d advertising 01e1 Link 45e1.
PCI: Enabling device 0000:00:0f.1 (0004 -> 0005)
gameport: EMU10K1 is pci0000:00:0f.1/gameport0, io 0xd400, speed 1242kHz
nvidia: module not supported by Novell, setting U taint flag.
nvidia: module license 'NVIDIA' taints kernel.
agpgart: Detected VIA KT400/KT400A/KT600 chipset
agpgart: AGP aperture is 64M @ 0xf8000000
ACPI: PCI Interrupt 0000:01:00.0[A] -> GSI 16 (level, low) -> IRQ 185
NVRM: loading NVIDIA Linux x86 Kernel Module 1.0-8774 Tue Aug 1 20:54:08 PDT 2006
via_ircc: module not supported by Novell, setting U taint flag.
usb 2-1: new low speed USB device using uhci_hcd and address 2
PCI: Enabling device 0000:00:0f.0 (0004 -> 0005)
ACPI: PCI Interrupt 0000:00:0f.0[A] -> GSI 18 (level, low) -> IRQ 193
pci_hotplug: PCI Hot Plug PCI Core version: 0.5
shpchp: Standard Hot Plug PCI Controller Driver version: 0.4
usb 2-1: new device found, idVendor=046d, idProduct=c504
usb 2-1: new device strings: Mfr=1, Product=2, SerialNumber=0
usb 2-1: Product: USB Receiver
usb 2-1: Manufacturer: Logitech
usb 2-1: configuration #1 chosen from 1 choice
usb 2-2: new low speed USB device using uhci_hcd and address 3
usb 2-2: new device found, idVendor=046d, idProduct=c50d
usb 2-2: new device strings: Mfr=1, Product=2, SerialNumber=0
usb 2-2: Product: USB Receiver
usb 2-2: Manufacturer: Logitech
usb 2-2: configuration #1 chosen from 1 choice
usbcore: registered new driver hiddev
input: Logitech USB Receiver as /class/input/input2
input: USB HID v1.10 Keyboard [Logitech USB Receiver] on usb-0000:00:10.0-1
input: Logitech USB Receiver as /class/input/input3
input: USB HID v1.10 Mouse [Logitech USB Receiver] on usb-0000:00:10.0-1
input: Logitech USB Receiver as /class/input/input4
input: USB HID v1.10 Mouse [Logitech USB Receiver] on usb-0000:00:10.0-2
usbcore: registered new driver usbhid
drivers/usb/input/hid-core.c: v2.6:USB HID core driver
device-mapper: 4.5.0-ioctl (2005-10-04) initialised: dm-devel@xxxxxxxxxx
dm-netlink version 0.0.2 loaded
v4l2_common: module not supported by Novell, setting U taint flag.
v4l1_compat: module not supported by Novell, setting U taint flag.
videodev: module not supported by Novell, setting U taint flag.
Linux video capture interface: v2.00
tveeprom: module not supported by Novell, setting U taint flag.
ivtv: module not supported by Novell, setting U taint flag.
ivtv: disagrees about version of symbol video_unregister_device
ivtv: Unknown symbol video_unregister_device
ivtv: disagrees about version of symbol video_device_alloc
ivtv: Unknown symbol video_device_alloc
ivtv: disagrees about version of symbol video_register_device
ivtv: Unknown symbol video_register_device
ivtv: disagrees about version of symbol video_device_release
ivtv: Unknown symbol video_device_release
lirc_dev: module not supported by Novell, setting U taint flag.
lirc_dev: IR Remote Control driver registered, at major 61
lirc_i2c: module not supported by Novell, setting U taint flag.
lirc_i2c: no version for "lirc_unregister_plugin" found: kernel tainted.
ir_common: module not supported by Novell, setting U taint flag.
btcx_risc: module not supported by Novell, setting U taint flag.
compat_ioctl32: module not supported by Novell, setting U taint flag.
video_buf: module not supported by Novell, setting U taint flag.
bttv: disagrees about version of symbol videobuf_streamoff
bttv: Unknown symbol videobuf_streamoff
bttv: disagrees about version of symbol videobuf_poll_stream
bttv: Unknown symbol videobuf_poll_stream
bttv: disagrees about version of symbol videobuf_read_stop
bttv: Unknown symbol videobuf_read_stop
bttv: Unknown symbol videobuf_dma_pci_unmap
bttv: disagrees about version of symbol videobuf_reqbufs
bttv: Unknown symbol videobuf_reqbufs
bttv: disagrees about version of symbol videobuf_waiton
bttv: Unknown symbol videobuf_waiton
bttv: disagrees about version of symbol videobuf_queue_is_busy
bttv: Unknown symbol videobuf_queue_is_busy
bttv: disagrees about version of symbol videobuf_dqbuf
bttv: Unknown symbol videobuf_dqbuf
bttv: disagrees about version of symbol videobuf_queue_init
bttv: Unknown symbol videobuf_queue_init
bttv: disagrees about version of symbol btcx_riscmem_alloc
bttv: Unknown symbol btcx_riscmem_alloc
bttv: disagrees about version of symbol btcx_riscmem_free
bttv: Unknown symbol btcx_riscmem_free
bttv: disagrees about version of symbol videobuf_read_stream
bttv: Unknown symbol videobuf_read_stream
bttv: disagrees about version of symbol videobuf_querybuf
bttv: Unknown symbol videobuf_querybuf
bttv: Unknown symbol videobuf_dma_pci_sync
bttv: disagrees about version of symbol video_unregister_device
bttv: Unknown symbol video_unregister_device
bttv: disagrees about version of symbol videobuf_qbuf
bttv: Unknown symbol videobuf_qbuf
bttv: disagrees about version of symbol video_device_alloc
bttv: Unknown symbol video_device_alloc
bttv: disagrees about version of symbol videobuf_read_one
bttv: Unknown symbol videobuf_read_one
bttv: disagrees about version of symbol video_register_device
bttv: Unknown symbol video_register_device
bttv: disagrees about version of symbol videobuf_iolock
bttv: Unknown symbol videobuf_iolock
bttv: disagrees about version of symbol videobuf_streamon
bttv: Unknown symbol videobuf_streamon
bttv: disagrees about version of symbol videobuf_mmap_setup
bttv: Unknown symbol videobuf_mmap_setup
bttv: disagrees about version of symbol videobuf_next_field
bttv: Unknown symbol videobuf_next_field
bttv: disagrees about version of symbol video_device_release
bttv: Unknown symbol video_device_release
bttv: disagrees about version of symbol videobuf_mmap_mapper
bttv: Unknown symbol videobuf_mmap_mapper
bttv: disagrees about version of symbol videobuf_mmap_free
bttv: Unknown symbol videobuf_mmap_free
ivtv: module not supported by Novell, setting U taint flag.
ivtv: disagrees about version of symbol video_unregister_device
ivtv: Unknown symbol video_unregister_device
ivtv: disagrees about version of symbol video_device_alloc
ivtv: Unknown symbol video_device_alloc
ivtv: disagrees about version of symbol video_register_device
ivtv: Unknown symbol video_register_device
ivtv: disagrees about version of symbol video_device_release
ivtv: Unknown symbol video_device_release
cx88xx: module not supported by Novell, setting U taint flag.
cx8800: module not supported by Novell, setting U taint flag.
cx2388x v4l2 driver version 0.0.6 loaded
loop: loaded (max 8 devices)
ReiserFS: hdb7: found reiserfs format "3.6" with standard journal
ReiserFS: hdb7: using ordered data mode
reiserfs: using flush barriers
ReiserFS: hdb7: journal params: device hdb7, size 8192, journal first block 18, max trans len 1024, max batch 900, max commit age 30, max trans age 30
ReiserFS: hdb7: checking transaction log (hdb7)
ReiserFS: hdb7: Using r5 hash to sort names
AppArmor: AppArmor (version 2.0-19.43r6320) initialized
audit(1161376411.329:2): AppArmor (version 2.0-19.43r6320) initialized
ACPI: Power Button (FF) [PWRF]
ACPI: Power Button (CM) [PWRB]
BIOS EDD facility v0.16 2004-Jun-25, 1 devices found
eth0: link up, 100Mbps, full-duplex, lpa 0x45E1
NET: Registered protocol family 17
agpgart: Found an AGP 3.5 compliant device at 0000:00:00.0.
agpgart: Putting AGP V3 device at 0000:00:00.0 into 8x mode
agpgart: Putting AGP V3 device at 0000:01:00.0 into 8x mode
i2c_adapter i2c-1: SMBus Quick command not supported, can't probe for chips
i2c_adapter i2c-2: SMBus Quick command not supported, can't probe for chips
i2c_adapter i2c-3: SMBus Quick command not supported, can't probe for chips
i2c_adapter i2c-1: SMBus Quick command not supported, can't probe for chips
i2c_adapter i2c-2: SMBus Quick command not supported, can't probe for chips
i2c_adapter i2c-3: SMBus Quick command not supported, can't probe for chips
hwmon: module not supported by Novell, setting U taint flag.
hwmon_vid: module not supported by Novell, setting U taint flag.
it87: module not supported by Novell, setting U taint flag.
it87: Found IT8712F chip at 0x290, revision 5
Installing knfsd (copyright (C) 1996 okir@xxxxxxxxxxxx).
NFSD: Using /var/lib/nfs/v4recovery as the NFSv4 state recovery directory
NFSD: starting 90-second grace period
NET: Registered protocol family 10
lo: Disabled Privacy Extensions
IPv6 over IPv4 tunneling driver
powernow-k8: Processor cpuid 681 not supported
eth0: no IPv6 routers present
dvb_core: module not supported by Novell, setting U taint flag.
stv0299: module not supported by Novell, setting U taint flag.
zl10353: module not supported by Novell, setting U taint flag.
dvb_pll: module not supported by Novell, setting U taint flag.
cu1216: module not supported by Novell, setting U taint flag.
mb86a16: module not supported by Novell, setting U taint flag.
mantis: module not supported by Novell, setting U taint flag.
PCI: Enabling device 0000:00:0a.0 (0004 -> 0006)
ACPI: PCI Interrupt 0000:00:0a.0[A] -> GSI 16 (level, low) -> IRQ 185
Mantis Rev 1, irq: 185, latency: 32
memory: 0xdf000000, mmio: 0xd0f42000
get_mac_address (1): MAC Address=[00:08:ca:19:9e:fd]
get_subvendor_id (1): Sub Vendor ID=[0x1822]
get_subdevice_id (1): Sub Device ID=[0x0014]
mantis_alloc_buffers (1): DMA=0x28e0000 cpu=0xc28e0000 size=65536
mantis_alloc_buffers (1): RISC=0xc4ac000 cpu=0xcc4ac000 size=1000
DVB: registering new adapter (Mantis dvb adapter).
mantis_frontend_init (1): Probing for MB86A16 (DVB-S/DSS)
mantis_frontend_init (1): found MB86A16 DVB-S/DSS frontend @0x08
DVB: registering frontend 0 (Fujitsu MB86A16 DVB-S)...
mb86a16_write: writing to [0x08],Reg[0x20],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0x80]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x00]
vp1034_set_voltage (1): Polarization=[13V]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0x80]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x20],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x18],Data[0xe0]
mb86a16_write: writing to [0x08],Reg[0x19],Data[0x10]
mb86a16_write: writing to [0x08],Reg[0x1a],Data[0x38]
mb86a16_write: writing to [0x08],Reg[0x1b],Data[0xf1]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0x94]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0x98]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x20],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0xa0]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x01]
mb86a16_set_fe: freq=1724 Mhz, symbrt=27500 Ksps
mb86a16_write: writing to [0x08],Reg[0x32],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x06],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x0a],Data[0x3d]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x08],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x2f],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x39],Data[0x38]
mb86a16_write: writing to [0x08],Reg[0x3d],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x3e],Data[0x1c]
mb86a16_write: writing to [0x08],Reg[0x3f],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x40],Data[0x1e]
mb86a16_write: writing to [0x08],Reg[0x41],Data[0x23]
mb86a16_write: writing to [0x08],Reg[0x54],Data[0xff]
mb86a16_write: writing to [0x08],Reg[0x00],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x1a]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7a]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x32]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xe6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x74]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xb6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x8c]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x56]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x86]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x53]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x45]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xad]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_set_fe: NO -- SIGNAL
sync_chk: Status = 80,
mb86a16_write: writing to [0x08],Reg[0x32],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x06],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x0a],Data[0x3d]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x08],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x2f],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x39],Data[0x38]
mb86a16_write: writing to [0x08],Reg[0x3d],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x3e],Data[0x1c]
mb86a16_write: writing to [0x08],Reg[0x3f],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x40],Data[0x1e]
mb86a16_write: writing to [0x08],Reg[0x41],Data[0x23]
mb86a16_write: writing to [0x08],Reg[0x54],Data[0xff]
mb86a16_write: writing to [0x08],Reg[0x00],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x1a]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7a]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x32]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xe6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x74]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xb6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x8c]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x56]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_set_fe: ------ Signal detect ------ [swp_freq=[1710250, srate=27500]]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x26]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xe1]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xbb]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_set_fe: ***** Signal Found *****
mb86a16_set_fe: Start Freq Error Check
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x39]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7e]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x12]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x09]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x7f]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x2a]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x10]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x55]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x85]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x27]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xc5]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xf6]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x25]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xda]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_set_fe: SWEEP Frequency = 1704445
mb86a16_set_fe: Adjusting .., DELTA Freq = 0, SWEEP Freq=1704445
mb86a16_set_fe: NO -- SIGNAL !
sync_chk: Status = 80,
mb86a16_write: writing to [0x08],Reg[0x32],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x06],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x0a],Data[0x3d]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x08],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x2f],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x39],Data[0x38]
mb86a16_write: writing to [0x08],Reg[0x3d],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x3e],Data[0x1c]
mb86a16_write: writing to [0x08],Reg[0x3f],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x40],Data[0x1e]
mb86a16_write: writing to [0x08],Reg[0x41],Data[0x23]
mb86a16_write: writing to [0x08],Reg[0x54],Data[0xff]
mb86a16_write: writing to [0x08],Reg[0x00],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x1a]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7a]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x32]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xe6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x74]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xb6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x8c]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x56]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_set_fe: ------ Signal detect ------ [swp_freq=[1710250, srate=27500]]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x26]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xe1]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xbb]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_set_fe: ***** Signal Found *****
mb86a16_set_fe: Start Freq Error Check
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x39]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7e]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x12]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x09]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x7f]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x2a]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x10]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x55]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x07]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x95]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xd6]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xc5]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xfd]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_set_fe: SWEEP Frequency = 1704520
mb86a16_set_fe: Adjusting .., DELTA Freq = 0, SWEEP Freq=1704520
mb86a16_set_fe: NO -- SIGNAL !
sync_chk: Status = 80,
mb86a16_set_fe: AGC = 95 CNM = 20
mb86a16_write: writing to [0x08],Reg[0x20],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0x80]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x00]
vp1034_set_voltage (1): Polarization=[13V]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0x80]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x20],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x18],Data[0xe0]
mb86a16_write: writing to [0x08],Reg[0x19],Data[0x10]
mb86a16_write: writing to [0x08],Reg[0x1a],Data[0x38]
mb86a16_write: writing to [0x08],Reg[0x1b],Data[0xf1]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0x94]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0x98]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x20],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x16],Data[0xa0]
mb86a16_write: writing to [0x08],Reg[0x1e],Data[0x01]
mb86a16_set_fe: freq=1724 Mhz, symbrt=27500 Ksps
mb86a16_write: writing to [0x08],Reg[0x32],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x06],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x0a],Data[0x3d]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x08],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x2f],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x39],Data[0x38]
mb86a16_write: writing to [0x08],Reg[0x3d],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x3e],Data[0x1c]
mb86a16_write: writing to [0x08],Reg[0x3f],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x40],Data[0x1e]
mb86a16_write: writing to [0x08],Reg[0x41],Data[0x23]
mb86a16_write: writing to [0x08],Reg[0x54],Data[0xff]
mb86a16_write: writing to [0x08],Reg[0x00],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x1a]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7a]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x32]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xe6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x74]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xb6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x8c]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x56]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_set_fe: ------ Signal detect ------ [swp_freq=[1710250, srate=27500]]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x26]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xe1]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xbb]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_set_fe: ***** Signal Found *****
mb86a16_set_fe: Start Freq Error Check
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x39]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7e]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x12]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x09]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x7f]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x2a]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x10]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x55]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xfd]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x85]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x22]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xc5]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xf1]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_set_fe: SWEEP Frequency = 1704393
mb86a16_set_fe: Adjusting .., DELTA Freq = 0, SWEEP Freq=1704393
mb86a16_set_fe: NO -- SIGNAL !
sync_chk: Status = 80,
mb86a16_write: writing to [0x08],Reg[0x32],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x06],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x0a],Data[0x3d]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x08],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x2f],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x39],Data[0x38]
mb86a16_write: writing to [0x08],Reg[0x3d],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x3e],Data[0x1c]
mb86a16_write: writing to [0x08],Reg[0x3f],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x40],Data[0x1e]
mb86a16_write: writing to [0x08],Reg[0x41],Data[0x23]
mb86a16_write: writing to [0x08],Reg[0x54],Data[0xff]
mb86a16_write: writing to [0x08],Reg[0x00],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x1a]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7a]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x32]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xe6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x74]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xb6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x8c]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x56]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_set_fe: ------ Signal detect ------ [swp_freq=[1710250, srate=27500]]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x26]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xe1]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xbb]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_set_fe: ***** Signal Found *****
mb86a16_set_fe: Start Freq Error Check
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x39]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7e]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x12]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x09]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x7f]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x2a]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x10]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x55]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x95]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xd4]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xc5]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xfb]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xf5]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_set_fe: SWEEP Frequency = 1704505
mb86a16_set_fe: Adjusting .., DELTA Freq = 0, SWEEP Freq=1704505
mb86a16_set_fe: NO -- SIGNAL !
sync_chk: Status = 80,
mb86a16_write: writing to [0x08],Reg[0x32],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x06],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x0a],Data[0x3d]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x08],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x2f],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x39],Data[0x38]
mb86a16_write: writing to [0x08],Reg[0x3d],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x3e],Data[0x1c]
mb86a16_write: writing to [0x08],Reg[0x3f],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x40],Data[0x1e]
mb86a16_write: writing to [0x08],Reg[0x41],Data[0x23]
mb86a16_write: writing to [0x08],Reg[0x54],Data[0xff]
mb86a16_write: writing to [0x08],Reg[0x00],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x1a]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7a]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x32]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xe6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x16]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x74]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xb6]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x8c]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x36]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x56]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xdf]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_set_fe: ------ Signal detect ------ [swp_freq=[1710250, srate=27500]]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x13]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x35]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x75]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x26]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xe1]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0xbb]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x36],Data[0x06]
mb86a16_set_fe: ***** Signal Found *****
mb86a16_set_fe: Start Freq Error Check
mb86a16_write: writing to [0x08],Reg[0x33],Data[0x39]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x02]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x4e]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x03]
mb86a16_write: writing to [0x08],Reg[0x49],Data[0x7e]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x12]
mb86a16_write: writing to [0x08],Reg[0x58],Data[0x21]
mb86a16_write: writing to [0x08],Reg[0x59],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x0c],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x03],Data[0x09]
mb86a16_write: writing to [0x08],Reg[0x04],Data[0x7f]
mb86a16_write: writing to [0x08],Reg[0x05],Data[0x06]
mb86a16_write: writing to [0x08],Reg[0x2a],Data[0x2a]
mb86a16_write: writing to [0x08],Reg[0x2d],Data[0x10]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x55]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x04]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0x85]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0x2b]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x00]
mb86a16_write: writing to [0x08],Reg[0x21],Data[0x19]
mb86a16_write: writing to [0x08],Reg[0x22],Data[0x20]
mb86a16_write: writing to [0x08],Reg[0x23],Data[0x6a]
mb86a16_write: writing to [0x08],Reg[0x24],Data[0xc5]
mb86a16_write: writing to [0x08],Reg[0x25],Data[0x01]
mb86a16_write: writing to [0x08],Reg[0x2b],Data[0xfa]
mb86a16_write: writing to [0x08],Reg[0x2c],Data[0x0f]
mb86a16_set_fe: SWEEP Frequency = 1704490
mb86a16_set_fe: Adjusting .., DELTA Freq = 0, SWEEP Freq=1704490
mb86a16_set_fe: NO -- SIGNAL !
sync_chk: Status = 80,
mb86a16_set_fe: AGC = 94 CNM = 20
vp1034_set_voltage (1): Frontend (dummy) POWERDOWN
# Astra 19.2E SDT info service transponder
# freq pol sr fec
S 12324000 V 27500000 5/6
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