ࡱ > } 7 bjbjUU 1g 7| 7| $ l D D D D = = = 8 @= | = TF L L L L =P V W ֻ ػ ػ ػ ػ ػ ػ $ + p E X O | =P X X UY D D L L A UY UY UY X D L L ֻ UY X ֻ UY UY Y 7Z [ 6 Z L HF P 4u & = X Z Z 4a W 0 Z X Z UY D D D D 1. Diagnostics
1.1 Diagnostic Data
Diagnostic Data screens are developed by Firmware during implementation according to the needs of the system. All values update as required unless otherwise noted. Information about these screens is described here for documentation purposes only.
Hexadecimal numbers are displayed with none or more leading zeros (0) to pad to their individual field width. Decimal numbers are right-justified in their individual display rectangle and are not padded with leading zeros (0). In addition, decimal numbers may be displayed without or with a trailing decimal point to distinguish them from hexadecimal numbers. The default is no trailing decimal point. The display of the trailing decimal point (.) is enabled and disabled by the press of the ENTER key when no digit keys have been previously pressed. This setting is retained when the screen is exited. The ENTER key is used after one or two digit key presses to terminate direct channel entry and tune to the specified channel. Note that three digits will self-terminate and tune to the specified channel.
Channel number is always displayed in decimal format and will never have a trailing decimal point.
Certain features are Not Yet Implemented for this release. These items are marked with NYI.
1.1.1 Tagging Screens with Help Key
All the diagnostic screens (except Minimal Diagnostic) can be tagged.
To tag a screen, navigate to the screen and press the HELP key on the remote (bottom left). An asterisk will appear to the right of the Diagnostic title. From any other screen the HELP key will then yank to the tagged diagnostic screen.
To clear the tag, press the HELP key while the tagged screen is up (on any other screen, press the HELP key twice). This will also yank to the normal Help Screen. The GOBACK key can be used to return quickly to the previously tagged diagnostic screen.
The help tag is also cleared by an IRD reset.
1.1.2 Products with GUI
For products with GUI, keys work in the following manner:
The LEFT & RIGHT keys, from either the front panel or remote, will change to the previous or next screen respectively. The last screen wraps to the first and the first wraps to the last.
GO_BACK will exit the diagnostic screen to the menu from which it was called.
Channel changes take place upon entry of the CHANNEL_UP, CHANNEL_DOWN and LAST_CHANNEL keys as well as direct channel entry via the DIGIT keys.
The UP and DOWN keys, from either the front panel or remote, are used by each screen. This usage is explained in each screen section.
Each of the diagnostic routines uses the BUY & INFO keys for a particular purpose. This function is explained in each screen section.
1.1.3 Products without GUI
For products without GUI, keys work in the following manner:
The arrow keys, in conjunction with the front panel menus, are used to display, remove and scroll the Diagnostic screens.
1.2 Diagnostic Screen A
The UP and DOWN keys, from either the front panel or remote, are used to access the engineering version text string on line one. See the table below for details. Once the sequence is entered and the engineering version is displayed, further presses of UP or DOWN key will toggle between the standard and engineering text strings.
Both the BUY & INFO keys will zero the message counters as well as clear both the audio and video mute counters. GUI-less products have a front panel menu to perform this function.
REF _Ref426779139 \h Figure 0 1 shows layout for Diagnostic Screen A.
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 1. Diagnostic Screen A
REF _Ref387747021 \h Table 0 1 describes the information available on each line for Diagnostic Screen A.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 1. Diagnostic Screen A Data Description
Line #NameDefinitionLine A1Product String (initial) or Version NumberString identifying the product or identifying the version number. Press the following key combination to display the version number: ARROW , A R R O W , A R R O W , A R R O W . S u b s e q u e n t l y , A R R O W a n d A R R O W w i l l t o g g l e b e t w e e n t h e t w o s t r i n g s . C h a n n e l n u m b e r C u r r e n t V i r t u a l C h a n n e l N u m b e r o r c h a n n e l e n t r y a c c u m u l a t o r . L i n e A 2 U n i t A d d r e s s T h e I R D s u n i t a d d r e s s . T h i s w i l l n o t u p d a t e d y n a m i cally.TvPC AddressThe currently inserted TvPass Cards unit address, or the string Not in support mode, Not mated, or Not inserted, as appropriate.NYIUnit Control Byte8 bits of interesting data.Line A3Boot Sector Firmware VersionVersion number of the firmware in the boot sector of ROM.Minimum Firmware VersionVersion number of the firmware in the minimum section of ROM.Application Firmware VersionVersion number of the firmware in the application section of ROM.Current Firmware VersionCurrent version number of firmware, including downloads.Target Firmware VersionFirmware version number from last received download preamble.Download StatusCurrent download process state, ID for idle, AO for awaiting opportunity, or ER for error.Line A4Product Configuration 8 byte product configuration. This will not update dynamically.Time Zone2s complement number in the range +/- 780 that represents the number of minutes difference between the IRDs local time and the time ad the prime meridian at Greenwich, England.EMM Search State0 : idle; 1 : waiting for PID info; 2 : waiting for EMM.EMM Provider IDProvider of EMM stream.Number of ChannelsNumber of non-hidden channels in the current VCT.Current Epoch Number Epoch number of current program.IPG Status0 : disabled; 1 : enabled.Line A5ECM pid Entitlement Control Message Packet Identifier.Daylight Savings Enable Daylight savings time enabled {Off, On}.Daylight Savings Entry Daylight savings entry time in GPS.Daylight Savings ExitDaylight savings exit time in GPS.GPS TimeCurrent GPS time.Huffman ErrorsCurrent Huffman error count.Line A6Control Channel Message countsallCount, singlecast & discard.Packet Rate Total number of bits delivered on all 6 control channels per second. Updates every 8 seconds.VCT IDCurrent virtual channel table ID. NYIStart Page of VCT Rangestart page of VCT range (for multimap).NYIEnd Page of VCT Rangeend page of VCT range (for multimap).ADPstat12Contents of ADPstat12 register.Line A7PID 0Packet Identifier for control channel 0.PID 1 (EMM)Packet Identifier for control channel 1.PID 2 (SCC)Packet Identifier for control channel 2.PID 3 (APP1)Packet Identifier for control channel 3.PID 4 (APP2)Packet Identifier for control channel 4.PID 5 (Network)Packet Identifier for control channel 5.Number Audio MutesNumber of error recover audio mutes.Line A8PID 0 CounterPID count for control channel 0.PID 1 CounterPID count for control channel 1.PID 2 CounterPID count for control channel 2.PID 3 CounterPID count for control channel 3.PID 4 CounterPID count for control channel 4.PID 5 CounterPID count for control channel 5.Number Video MutesNumber of error recovery video mutes.
1.3 Diagnostic Screen B
The UP and DOWN keys, from either the front panel or remote, are used to scroll through banks of base tiers as well as a list of temporary tiers if the product has tiers or changes the channel if the product does not have tiers.
Both the BUY & INFO keys have no effect while in this screen.
A - Diagnostic Screen B - (base tier display)
B - Diagnostic Screen B - (temporary tier display)
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 1. Diagnostic Screen B
REF _Ref387747265 \h Table 0 1 describes the information available on each line for Diagnostic Screen B.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 1. Diagnostic Screen B Data Description
Line #NameDefinitionLine B1Geographic Region1 byte region index number (0-255).Geographic Location XX coordinate of IRD location.Geographic Location YY coordinate of IRD location.Geographic Location ZZ coordinate of IRD location.Multicast Address (1)group 1 multicast address of unit.Multicast Address (2)group 2 multicast address of unit.Multicast Address (3)group 3 multicast address of unit.Multicast Address (4)group 4 multicast address of unit.Channel NumberCurrent Virtual Channel Number or channel entry accumulator.Line B2Category NumberTSODA multicast address.Category Sequence NumberCounter incremented by uplink every time category key is changed.Current Epoch Statusepoch status byte for the current program.Diagnostic Key7 byte diagnostic key result that is computed by the Gatekeeper in response to a Diagnostic Key EMM, followed by the 1 byte EMM Reason.TSODA Oscillator Test See TSODA HLD for complete description of the fields. Displays 2 numbers followed by 4 numb e r s . L i n e B 3 T i e r T y p e B : B a s e T i e r s ; T : T e m p o r a r y T i e r s . T i e r B a n k N u m b e r 0 - 7 f o r B a s e T i e r s ; 0 - 7 f o r T e m p o r a r y T i e r s . U s e A R R O W k e y s t o i n c r e m e n t a n d d e c r e m e n t b a n k n u m b e r . B a s e T i e r D a t a ( F - C )
T e m p o r a r y T i e r D a t a B a s e T i e r d a t a f o r t h i s b a n k. -- OR -- Temporary tier data: nn:hhhhhhhh:eo Where nn is the tier number in hex & :eo is Evb/Ovb.TSODA Oscillator TestDisplays oscillator test status {not ready, ready, failed, passed}.Line B4Base Tier Bank Evb/Ovb
(for Base Tiers only)Even or odd validity bit for this bank: E: Valid Even; e: Invalid Even; O: Valid Odd; o:Invalid Odd.Tier DataTier data continued.Working Key Epoch Count24 bit count of working key epochs, wraps around to 0Encryption Mode ByteEncryption mode byte.Line B5Tier DataTier data continued.Service IDThree bytes - unique ID of selected service.AntitapingMacrovision CPC {0 : disabled; 1 : enabled}.Line B6Tier DataTier data continued.Crypto Statuscurrent mode of crypto.TvPC HealthTvPass Card health byte.TvPC StatusTvPass Card status byte.TvPC Auth ReasonTvPass Card authorization reason.Line B7Current Auth StateAuthorization state for viewing/taping the current program, pkg1, pkg2, pkg3, pkg4. See REF _Ref426895044 \h Table 0 2.Seed Healthseed health byte.Line B8Next Auth StateAuthorization state for viewing/taping the next program, pkg1, pkg2, pkg3, pkg4. See REF _Ref426895044 \h Table 0 2.Current Epoch NumberEpoch number of current program.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 2 Auth States
Auth StateAuth State"AF" "B " "C " "C " "CA" "CB" "CK" "CL" "DF" "FP" "FW" "I$" "IC" "IF" "M$" "MC" "ME" "MI" "MM" "MN" "MP" "MS" "MW" "NA" "NC" "NI" "NO" "NS" "OC" "P$" "P?" "PO"Anytime Free Preview Bought Program Can Buy Program Can Buy With Taping On Cable Channel Event BlackOut Consumer Key Required Channel Lockout Debit Reg Will Overflow Fixed Program Key Fixed Working Key Insufficient Credit Incomplete Program Rekey Chain Initial Free Preview Cost String Required Missing Category Key Missing Event Blackout Message Missing Program Info Missing Virtual Map Program Name Message Required Missing Program Rekey Missing Service Status Missing Working Key Message No AFP Records No Access Control IPPV Not Enabled No IPPV Overlay In Message Not Subscribed Old Category Sequence Maximum Package Cost Exceeded Not Supported Via PIDAC No Descrambler Poll Received"Q?" "QA" "QB" "QI" "QK" "QM" "QO" "QP" "QR" "QT" "QU" "QV" "QX" "RB" "RL" "RR" "S " "SC" "SL" "SY" "TK" "TL" "U " "US" "VH" "VM" "XD" "XS" "XX" "Z$" "ZK" "??"Indeterminate Tvpc Reason Invalid Unit Key Number Tvpc Base Unit Add Mismatch Tvpc Ack Parity Mismatch Tvpc Validation Failure Tvpc Required Old Tvpc Unit Address Tvpc Purchase Prog At Other IRD Tvpc Refuses To Mate Tvpc Unit Address Mismatch Tvpc Not Mated New Tvpc Wrong Version Number Tvpc Communication Problem Regional BlackOut Auth Rating Lockout Reportback Required Subscribed Show Count Limit Exceeded Auth Banner Suppression Not In Sync Test Key Too Late To Buy Universal Undefined Service View History Queue At Limit Channel Not Defined In VCM Bad Debit Buffer Checksum Bad Seed Checksum Indeterminate No Auth Reason Missing Credit Info Zero Key Unknown State
1.4 Diagnostic Screen C
The UP and DOWN keys, from either the front panel or remote, are used to change the channel.
Both the BUY & INFO keys will clear the signal quality counts. GUI-less products have a front panel menu to perform this function.
Figure 1.4-1 shows the layout for Diagnostic Screen C.
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 1. Diagnostic Screen C
REF _Ref387747311 \h Table 0 1 describes the information available on each line for Diagnostic Screen C.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 1. Diagnostic Screen C Data Description
Line #NameDefinitionLine C1Acquisition State0 : pause; 1 : init hardware; 2 : calibration; 3 : tune; 4 : sweep; 5 : acquire viterbi; 6 : acquire reed solomon; 7 : fade control; 8 : vc found; 9 : done.Cumulative RSECumulative Reed Solomon error count from the FEC.Loop Control0 : fade; 1 : wide; 2 : narrow; 3 : flush.Modulation Mode0 : none; 1 : QPSK; 2 : BPSK; 3 : OQPSK; 4 : VSB8; 5 : VSB16; 6 : QAM16; 7 : QAM32; 8 : QAM64; etc.MultiplexMultiplex channel in the format xYz, where x is s if swapped, n if not swapped, Y is I, Q or B (both), and z is I, q, b (both inverted) or . (neither inverted).Coding ModeCoding mode: { 5/11, 1/2, 4/7, etc.}.Channel numberCurrent Virtual Channel Number or channel entry accumulator.Line C2Current LNB OffsetCurrent offset, in MHz.Symbol RateSymbol rate: {29.27, 19.51, 14.63, etc.}.IF FrequencyCurrent IF frequency in MHz.Coarse DAC value6 bit PWM value for coarse D/A.. Fine DAC valueCorresponds to a human viewpoint of the DAC that corresponds to the PWM behavior (i.e. as the DAC increases, frequency increases).AFC StateNA : No AFC; LS : Loop Stress; FA : Frequency Adjust; CLS : Check Loop Stress; ALS : Adjust Loop Stress.Signal Quality ThresholdSignal Quality Threshold (0..139). The Instantaneous Signal Quality is compared against this value in the calculation of Time Above Signal Threshold.
Initialized to 0, it can be changed via the Unit Information message.
See Notes 1 and 3.Line C3Instantaneous Signal QualityInstantaneous Signal Quality (0..139). Normalized for code rate to provide a comparative measurement of signal quality.
Calculated once a second from the EbNo while acquired to a signal, and fixed at 139 when not acquired.Minimum Signal QualityMinimum Signal Quality (0..139). The high water mark of the worst Instantaneous Signal Quality measurement.
Signal Quality measurements based on fewer than 16 norm count samples or while not acquired to a signal are excluded from this comparison.
See Note 1.Average Signal Quality Sum / Average Signal Quality Samples Once every 15 minutes the Instantaneous Signal Quality is added to a running summation (the Average Signal Quality Sum) and a sample counter (the Average Signal Quality Samples) is incremented by 1.
The sample counter is 16 bits, and will wrap after 682 days unless it is cleared. The running summation is 32 bits.
See Notes 1 and 2.Time Above Signal ThresholdOnce every 2 seconds the Time Above Signal Threshold is incremented if the Instantaneous Signal Quality is greater than the Signal Quality Threshold.
See Notes 1, 2 and 3.
The percentage of time spent with a signal outside of threshold can be approximated by dividing the Time Above Signal Threshold by the total time being measured, i.e.
Time Above Signal Threshold / (sample counter * 15 minutes * 60 / 2 seconds).EbNoThe current signal to noise ratio from -3.0 through 10.9.
The EbNo Count is calculated once a second from the most recent 16 norm counts.
Norm count samples are collected every 50 ms when RS sync is first acquired (for the first 16 samples), and when manual tune, installer, and Diagnostic Screen C are up. Otherwise norm count samples are collected only once a second.Line C4Transport-WaveformTransport : {0 : STD_MPEG2; 1 : Other}
Waveform : {00 : SC_WS_UNKNOWN; 01 : SC_NTSC; 02 : PAL_625; 03 : PAL_525; 04 : SECAM; 05 : D2_MAC; 06 : B_MAC; 07 : C_MAC; 08 : SC_DCI; 09 : SC_VIDEOCIPHER; 0A : RCA_DSS; 0B : ORION; 0C : LEITCH; : Reserved}Source ID: Service NumberSource ID :Identifies source of current VC.
Service Number : Associates current VC with service defined in program association and TS service map messages.RF FrequencyCurrent RF Frequency in MHz.Transport Stream IDTwo decimal numbers.Acquisition Debug Register
Provides a bit field (32 bits) of diagnostic data for acquisition.
The individual bits are the following:
HighestSyncStateAchieved:3;(Green)highest acquisition state.
no479_5:1; (Red) binary search did not find
CTLPWMRangeHiWarning:1; (Yellow) coarse DAC > 38
CTLPWMRangeLowWarning:1; (Yellow) coarse DAC < 08
NoOverlap:1; (Red) bins do not overlap.
CTLPWMRangeHiError:1; (Red) coarse DAC > 3C
CTLPWMRangeLowError:1; (Red) coarse DAC < 04
NegOrEqualFineBinSize:1; (Red) no fine DAC range.
FineDACDeltaErr:1; (Red) this check not done in current code.Line C5IPPV enable(0 : disabled; 1 : enabled).unreported showsunreported show count (0 .. 32.).day countNumber of full days since last successful reportback.time without report trigger(seconds).PIM service providerservice provider IDPIM package providerpackage provider IDReacquisition StatusA 6 character string indicating reacquisition status. See REF _Ref390837297 \* MERGEFORMAT Table 0 3.Line C6time slotcallback slot used initially (seconds since midnight).last successful reportbacktime in GPS.last attempted reportbacktime in GPS.next reportbacktime in GPS.Line C7show countcurrent record for total number of shows purchased by ACP.stack limitlargest show count that user can hold IPPV history record.debit totalcurrent debit amount reported from ACP.credit totaltotal IPPV credit available to IRD.currency regioncurrency region.Video mode0 : DCII 1 : VCII 2 : CLEAR 3 : CATV 4 : OSDLine C8Audio Masksmute, applicable, override & effective mute masks for audio. See REF _Ref390747038 \* MERGEFORMAT Table 0 2.Video Masksmute, applicable, override & effective mute masks for video. See REF _Ref390747038 \* MERGEFORMAT Table 0 2.Diagnostic Screen C Notes
Note 1Minimum Signal Quality, Average Signal Quality, and Time Above Signal Threshold are all cleared:
After any successful reportback;
When the INFO key is pressed while Diagnostic Screen C is up;
By a reboot (AC power loss, download, reset to factory defaults, etc.);
When the Signal Quality Threshold is changed.Note 2The Average Signal Quality and Time Above Signal Threshold are accumulated continuously, regardless of signal acquisition. The only exception is a 2 second interval after every channel change, in which they stop counting and Signal Quality measurements are discarded.Note 3Signal Quality is based on error counts, making it an inverse measurement. Thus a high Signal Quality corresponds to a high error rate, and Signal Quality above threshold corresponds to signals worse than threshold. Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 2. Mute Mask Definitions
bit #Audio MuteVideo Mute0POWER_ON_OFFPOWER_ON_OFF1SAT_TVSAT_TV2AUTHORIZATIONAUTHORIZATION3ACQUISITIONACQUISITION4SUPPRESSED_AUDIOSUPPRESSED_VIDEO5SAT_LOCKSAT_LOCK6UIFUIF7TASK_INTERNALTASK_INTERNAL8CLR_SYNCCLR_SYNC9ANALOG_CH_CHANGEANALOG_CH_CHANGE10SUBCARRIER1SUBCARRIER111SUBCARRIER2
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 3. Reacquisition Status String
char posnMeaningDetail1REACQ state0 - REACQ inactive 1 - REACQ searching 2 - Signal found match PIDs of lost signal (not currently used) 3 - DCII signal found, searching for matching VCT and VCR 4 - Matching VCT and VCR status known 5 - DCII signal found, searching for matching TSID 6 - Matching TSID status known2Algorithm stepHex character 0 through F (product dependent).3Carrier Lock Status'C' : carrier found; 'c' : carrier NOT found.4RS Sync Status'S' : RS synced; 's' : RS NOT synced.5Found Signal Type'D' : DCII; 'V' : VideoCipher; 'F' : FM clear.6Feed Status'M' : Manual Tune; 'F' : Filtering msgs; C : Confirmed feed.1.5 Diagnostic Screen D
There are four versions of Diagnostic D, which display message counts broken down by Control Channel Processor (CCP), by message type, by message subtype, and segmented message collection. The front panel and remote UP and DOWN keys will cycle through these screens.
The CHANNEL_UP and CHANNEL_DOWN keys on the remote are used to change the channel.
Pressing the BUY & INFO keys on any screen where they have no defined action will clear the CCP packet message counts. It will also cause the IRD to forget all the information used for duplicate detection, both the one-minute CRC lists and the 24 hour mtv 1 table extension lists. (The error counters will only be cleared if the INFO key is pressed while the message counts by CCP screen is up, or the IRD is reset.) GUI-less products have a front panel menu to perform this function.
All the message counters are decimal numbers which roll back to zero at their limits.
Most of the message counters have two columns, the first for messages received and the second for messages which pass low-level filtering. All messages which pass hardware filtering are counted as messages received. To be counted in the second column messages must pass duplicate detection, language filtering, and several other firmware filters.
Messages which pass low level firmware filtering are not necessarily processed by the IRD. Depending on the message type, higher level firmware can reject messages for numerous reasons.
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 1. Message counts by CCP Diagnostic Screen D
Diagnostics D13162300011413+0000040FFA3533540+000113502291651212921+0000661FFF102150+0000071FFF110650+0000080FFE3270937751+004129Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 1. Message counts by CCP Diagnostic Screen D
Line #NameDefinitionLine D1Channel numberCurrent Virtual Channel Number or channel entry accumulator.Line D3CCP 0PID (0x0000..0xFFFF).
messages received (0..65535).
messages passing low-level filtering (0..65535).
integrity check failures (0..255).
+
CCP buffer overwrites (0..255).
pre-FIFO overflows (0..255).
DRAM buffer overflows (decimal 0..255).
lost message indications (0..7).
resets based on lost messages (0..8191).Line D4CCP 1 (EMM).Line D5CCP 2 (SCC).Line D6CCP 3 (APP1).Line D7CCP 4 (APP2).Line D8CCP 5 (Network).The version of Diagnostic D which displays message counts broken down by CCP is described by REF _Ref387747342 \h Table 0 1. In the case of segmented messages, the counts increment for each message segment.
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 2. Message counts by message type Diagnostic Screen D
Diagnostic D (Msg by Type)100:852194:009c:00c2:690203 201:235895:3459d:8542c3:918302:263496:009e:00c4:859047f:0097:009f:44c5:4848590:0098:00a0:00c6:00691:0099:00a1:00792:009a:8547c0:362893:009b:00c1:9396Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 2. Message counts by message type Diagnostic Screen D
FieldDefinitionMessage type:0x00 Service Association 0x01 Conditional Access 0x02 Service Map 0x7f PIDAC Compatibility 0x90 Antitaping Control 0x91 Barker 0x92 Channel Override 0x93 Download 0x94 Download Preamble 0x95 Entitlement Management 0x96 Fingerprint 0x97 Hardware Control 0x98 Reportback Control 0x99 Return0x9a Text 0x9c Unit Creation 0x9d Unit Information 0x9e Virtual Multiplex 0x9f Homing Parameters 0xa0 Manufacturer Specific 0xa1 Object Definition 0xc0 Program Information 0xc1 Program Name 0xc2 Network Information 0xc3 Network Text 0xc4 Virtual Channel 0xc5 System Time 0xc6 SubtitleMessages receivedmessages received (0..99).Messages passedmessages passing low-level filtering (0..99).The version of Diagnostic D which displays message counts broken down by message type is composed of four columns of three numbers each. The contents of a column is described by REF _Ref426828897 \h Table 0 2. These counts include messages from all CCPs. In the case of segmented messages, the counts increment for each message segment.
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 3. Message counts by message subtype Diagnostic Screen D
Diagnostics D (SybTypes)1cdt283100tnt963369fnd95952032mmt567100stt26192tcl6060mt003sit176200rtt4314151tcd6060pi004tdt18500rst0000tl5151srt005cst0000td4545nst006vct8303010snt0000dl00txt007dcm1603010mnt0000dd008ict8403010Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 3. Message counts by message subtype Diagnostic Screen D
FieldDefinitionMessage subtypeNetwork Information Carrier Definition Table (cdt) Modulation Mode Table (mmt) Satellite Information Table (sit) Transponder Data Table (tdt)
Virtual Channel Virtual Channel Table (vct) Defined Channels Map (dcm) Inverse Channel Table (ict)
Network Text Transponder Name Table (tnt) Satellite Text Table (stt) Rating Text Table (rtt) Rating System Table (rst) Currency System Table (cst) Source Name Table (snt) Map Name Table (mnt)Text Foundation (fnd) Trickle Common Listing (tcl) Trickle Common Description (tcd) Trickle Listings (tl) Trickle Descriptions (td) Demand Listings (dl) Demand Descriptions (dd) Messaging Text (mt) Program Information (pi) Service Related Text (srt) Non-Slotted Text (nst) Text_IPG (txt)Messages receivedmtv 0 messages received (0..99).Messages passedmtv 0 messages passing low-level filtering (0..99).Messages receivedmtv 1 messages received (0..99).Messages passedmtv 1 messages passing low-level filtering (0..99).The version of Diagnostic D which displays message counts broken down by message subtype is composed of four columns of three or five numbers each. The contents of a column is described by REF _Ref426832067 \h Table 0 3. These counts include messages from all CCPs. In the case of segmented messages, these counts only increment for segment 0.
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 4. Segmented message collection Diagnostic Screen D
Diagnostic D (Seg Msgs)19a140000a57a18485455/550:0:0203239a1300009d7c110475354/540:0:0459a140000a57c18504546/570:0:06fffffffffffc000079a140000a57a16483334/550:0:08ffffffff000000Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 4. Segmented message collection Diagnostic Screen D
Line #NameDefinitionLine D1Message Buffer 1message type
subtype
table extension
number of passes
elapsed time (seconds)
message size (kb)
last segment seen
collected segments / total segments
hole number : first missing segment : segments missingLine D2Segment Tracking 1Bit field for received segments. One bit for each segment, set when segment is collected. Segment 0 is at front of bit field (most significant bit). Entire line is cleared after all segments are collected.Line D3Message Buffer 2Line D4Segment Tracking 2Line D5Message Buffer 3Line D6Segment Tracking 3Line D7Message Buffer 4Line D8Segment Tracking 4Segmented messages are collected in four message buffers. The contents of these message buffers can be monitored from the segmented message version of Diagnostic D, described by REF _Ref426877537 \h Table 0 4. The display for each message buffer occupies two lines: the first line provides information about the message and how the collection is proceeding; the second line provides a bit-map showing which segments have been collected.
1.6 Diagnostic Screen E
The UP and DOWN keys, from either the front panel or remote, are used to change the channel.
Both the BUY & INFO keys have no effect while in this screen.
REF _Ref423774204 \h
Figure 0 1 shows the layout for Diagnostic Screen E.
Diagnostics E
102101001000000001na 023830206202101001000000000na02B9C0331FFF0000022AB45672289765441FFF00000801234560001000851FFF000008866550004BF4261FFF000000011DA66702291xxx015 20:5681FFF0xxx1
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 1. Diagnostic Screen E
REF _Ref387746975 \h Table 0 1 describes the information available on each Line for Diagnostic Screen E.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 1. Diagnostic Screen E Data Description
Line #NameDefinitionLine E1TSODA slot 0PID (hex 0000..1FFF) PID Enable (0 or 1) Force Empty Packet (0 or 1) Decrypt Override (0 or 1) PES Layer Present (0 or 1) Service Selected (0 or 1)Download Primary ErrorPrimary error of the last download (hex)Opportunity Day CountOpportunity download day count (dec or na)Free MemoryAmount of free memory in IRDChannel numberCurrent Virtual Channel Number or channel entry accumulator.Line E2TSODA slot 1.Download Secondary ErrorSecondary error of the last download (hex)Opportunity Window CountOpportunity download window count (dec or na)Max BlockLargest free memory blockReset CounterTotal number of IRD resetsLine E3TSODA slot 2.Download TimeGPS time of the last download (hex)Reset timeGPS time of the last resetLine E4TSODA slot 3.Reset typeLast IRD reset typeODVARC/AVI MCNODVARC/AVI MCN (8 hex digits)Line E5TSODA slot 4.Reset addressAddress of the last IRD resetTSODA MCNTSODA MCN (6 hex digits)Line E6TSODA slot 5.Faulted addressFaulted address of the last resetLine E7ECM slot 0PID (hex 0000..1FFF) PID Enable (0 or 1) N/A N/A N/A Service Selected (0 or 1)Days Since BootNumber of days from last IRD reboot (dec)Hours Since BootNumber of hours from last IRD reboot (dec)Minutes Since BootNumber of minutes from last IRD reboot (dec)Line E8ECM slot 1.1.7 Diagnostic Screen F
This diagnostics screen displays information about the IPG. The UP and DOWN keys, from either the front panel or remote, are used to scroll through banks of demand stream data, national trickle stream data, and regional trickle stream data. When trickle stream data is being displayed, the 5th and 6th columns of line 4 are not displayed. Instead two more lines of schedule data are displayed. Lines 1 through 4 will contain common schedule data, common description data, normal schedule data, and normal description data, respectively. See Table 1-8 below for more detailed descriptions of the various fields on this diagnostic screen.
The INFO key will flush all the IPG data pages except the foundation page.
The BUY key has no effect while in this screen.
REF _Ref426781429 \h Figure 0 1 through REF _Ref429562076 \h Figure 0 3 show the layouts for Diagnostic Screen F.
Diagnostics F112973FFd:8-00077400316212973FF8-00077400 00 1 7312973FF40 01:24412973FF863239990001FFFC 23:11512973FF4614100117820710853/53612973FF428139011782071080/0712973FF1291000116820811657/57812973FF488121001168208116123/46Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 1. Diagnostic Screen F Demand Stream Display
Diagnostics F112973FFn:8-00077400316212973FF8-00077400 00 1 7312973FF408-00077400 01:24412973FF8638-00077400 23:11512973FF4614100117820710853/53612973FF428139011782071080/0712973FF1291000116820811657/57812973FF488121001168208116123/46Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 2. Diagnostic Screen F National Trickle Stream Display
Diagnostics F112973FFr:8-00077400316212973FF8-00077400 00 1 7312973FF408-00077400 01:24412973FF8638-00077400 23:11512973FF4614100117820710853/53612973FF428139011782071080/0712973FF1291000116820811657/57812973FF488121001168208116123/46Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 3. Diagnostic Screen F Regional Trickle Stream Display
REF _Ref423839760 \h Table 0 1 describes the information available on each Line for Diagnostic Screen F.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 1. Diagnostic Screen F Data Description
Line #NameDefinitionLine F1Rejected Message Size (A)The first 3 columns on this screen comprise a circular buffer of information on messages discarded by the IPG. This is the size (in KBytes) of rejected message A.Rejected Message Status (A)The first 3 columns on this screen comprise a circular buffer of information on messages discarded by the IPG. This is the error status code of rejected message A (see note 1 below for error code definitions).Rejected Message Table Extension (A)The first 3 columns on this screen comprise a circular buffer of information on messages discarded by the IPG. This is the IPG Table Extension of rejected message A.Demand/Trickle IndicatorThis will be either a d:, n:, or r:, indicating that the array of 9 numbers to the right are associated with the Demand stream, National trickle stream, or Regional trickle stream.Schedule Data Block SizeSize of the program schedule data blocks in hours.Schedule Data - SundayThis is a bit field (1 to 8 bits) that indicates which IPG program schedule data blocks for Sunday are present in the IRD. The number of bits in the bit field is determined by the IPG program schedule data block size (# bits = 24/block size). The LSB represents the first time block of the day, the 2nd LSB is for the second time block, etc.Schedule Data - MondaySame as Schedule Data Sunday, but for Monday.Schedule Data - TuesdaySame as Schedule Data Sunday, but for Tuesday.Schedule Data - WednesdaySame as Schedule Data Sunday, but for Wednesday.Schedule Data - ThursdaySame as Schedule Data Sunday, but for Thursday.Schedule Data - FridaySame as Schedule Data Sunday, but for Friday.Schedule Data - SaturdaySame as Schedule Data Sunday, but for Saturday.Schedule Data - YesterdaySame as Schedule Data Sunday, but for yesterday.Channel NumberThis is the channel number the IRD is currently tuned to. This may be blank if the IRD is tuned to the IPG demand stream.Line F2Rejected Message Size (B)(Refer to description on Line F1)Rejected Message Status (B)(Refer to description on Line F1)Rejected Message Table Extension (B)(Refer to description on Line F1)Description Data Block SizeSize of the program description data blocks in hours.Description Data - SundayThis is a bit field (1 to 8 bits) that indicates which IPG program description data blocks for Sunday are present in the IRD. The number of bits in the bit field is determined by the IPG program description data block size (# bits = 24/block size). The LSB represents the first time block of the day, the 2nd LSB is for the second time block, etc.Description Data - MondaySame as Description Data Sunday, but for Monday.Description Data - TuesdaySame as Description Data Sunday, but for Tuesday.Description Data - WednesdaySame as Description Data Sunday, but for Wednesday.Description Data - ThursdaySame as Description Data Sunday, but for Thursday.Description Data - FridaySame as Description Data Sunday, but for Friday.Description Data - SaturdaySame as Description Data Sunday, but for Saturday.Description Data - YesterdaySame as Description Data Sunday, but for Yesterday.IPG Status CodeThis is the status code of the last IPG action. It provides information on the state-wise progress of the IPG (see note 1 below for error code definitions).Foundation Page PresentBoolean indication of whether the Foundation Page is currently present in the IRD or not.Lookahead Day CountNumber of days of IPG data the IRD will attempt to store (memory permitting).Line F3Rejected Message Size (C)(Refer to description on Line F1)Rejected Message Status (C)(Refer to description on Line F1)Rejected Message Table Extension (C)(Refer to description on Line F1)Free IPG MemoryAmount of DRAM available for IPG data (in KB).Status Code AgeElapsed time since the IPG Status Code (line 2) changed. Format is HH:MM and is capped at 99:59.Line F4Rejected Message Size (D)(Refer to description on Line F1)Rejected Message Status (D)(Refer to description on Line F1)Rejected Message Table Extension (D)(Refer to description on Line F1)Total IPG MemoryTotal amount of DRAM reserved for IPG data (in KB).Max Offer Wait TimeMaximum amount of time (in seconds) that the IRD waited to be offered a requested page of data (max = 999). This value is reset each time the screen is rendered. This field is not present when trickle IPG data is being displayed.Max Page Wait TimeMaximum amount of time (in seconds) that the IRD waited to receive a requested page of data from the time it was first offered the page (max = 999). This value is reset each time the screen is rendered. This field is not present when trickle IPG data is being displayed.IPG Demand Application IDIPG demand application ID (hex). This field is not present when trickle IPG data is being displayed.IPG Trickle Service NumberIPG trickle service number (hex). This field is not present when trickle IPG data is being displayed.Time Since Last FlushElapsed time since the IPG data was last flushed. Format is HH:MM and is capped at 99:59.Line F5Rejected Message Size (E)(Refer to description on Line F1)Rejected Message Status (E)(Refer to description on Line F1)Rejected Message Table Extension (E)(Refer to description on Line F1)Requested Page #1 SizeColumns 4-11 of lines 5-8 display information for up to four IPG data page requests. This column displays the size (in KB) of the first requested page of IPG data.Requested Page #1 StatusColumns 4-11 of lines 5-8 display information for up to four IPG data page requests. This column displays the status code of the attempt to collect the first requested page of IPG data (see note 1 below for error code definitions).Requested Page #1 Offer Wait TimeColumns 4-11 of lines 5-8 display information for up to four IPG data page requests. This column displays the time (in seconds) that the IRD waited to be offered the first requested page of IPG data.Requested Page #1 Page Wait TimeColumns 4-11 of lines 5-8 display information for up to four IPG data page requests. This column displays the time (in seconds) that the IRD waited to receive the first requested page of IPG data from the time it was offered.Requested Page #1 PIDColumns 4-11 of lines 5-8 display information for up to four IPG data page requests. This column displays the PID being monitored for the first requested page of IPG data.Requested Page #1 Page IDColumns 4-11 of lines 5-8 display information for up to four IPG data page requests. This column displays the page ID the first requested page of IPG data. (The page ID of the Foundation Page is always 8400.)Requested Page #1 DateColumns 4-11 of lines 5-8 display information for up to four IPG data page requests. This column displays the date of the first requested page of IPG data. It is in the format DHH, where D is a number in the range of 0-7 indicating the day of the week (yesterday=0, Sun=1, Mon=2, Sat=7) and HH is the first hour of the time slot (e.g., 16 = 4PM).Requested Page #1 Packets SeenColumns 4-11 of lines 5-8 display information for up to four IPG data page requests. This column displays packet information for the first requested page of IPG data. It consists of two values separated by a /. The first value is the number of packets seen by the IRD during the collection process. The second value is the total number of packets known to be in the page. If IPG data is being delivered properly, the first number should not exceed the second number.Line F6Rejected Message Size (F)(Refer to description on Line F1)Rejected Message Status (F)(Refer to description on Line F1)Rejected Message Table Extension (F)(Refer to description on Line F1)Requested Page #2 Size(Refer to description on Line F5)Requested Page #2 Status(Refer to description on Line F5)Requested Page #2 Offer Wait Time(Refer to description on Line F5)Requested Page #2 Page Wait Time(Refer to description on Line F5)Requested Page #2 PID(Refer to description on Line F5)Requested Page #2 Page ID(Refer to description on Line F5)Requested Page #2 Date(Refer to description on Line F5)Requested Page #2 Packets Seen(Refer to description on Line F5)Line F7Rejected Message Size (G)(Refer to description on Line F1)Rejected Message Status (G)(Refer to description on Line F1)Rejected Message Table Extension (G)(Refer to description on Line F1)Requested Page #3 Size(Refer to description on Line F5)Requested Page #3 Status(Refer to description on Line F5)Requested Page #3 Offer Wait Time(Refer to description on Line F5)Requested Page #3 Page Wait Time(Refer to description on Line F5)Requested Page #3 PID(Refer to description on Line F5)Requested Page #3 Page ID(Refer to description on Line F5)Requested Page #3 Date(Refer to description on Line F5)Requested Page #3 Packets Seen(Refer to description on Line F5)Line F8Rejected Message Size (H)(Refer to description on Line F1)Rejected Message Status (H)(Refer to description on Line F1)Rejected Message Table Extension (H)(Refer to description on Line F1)Requested Page #4 Size(Refer to description on Line F5)Requested Page #4 Status(Refer to description on Line F5)Requested Page #4 Offer Wait Time(Refer to description on Line F5)Requested Page #4 Page Wait Time(Refer to description on Line F5)Requested Page #4 PID(Refer to description on Line F5)Requested Page #4 Page ID(Refer to description on Line F5)Requested Page #4 Date(Refer to description on Line F5)Requested Page #4 Packets Seen(Refer to description on Line F5)Diagnostic Screen F Notes
Note 1
IPG Error Codes:
IPG_UNUSED_ITEM = 0, /* 0 */
IPG_WAITING_FOR_OFFER, /* 1 */
IPG_WAITING_FOR_DATA, /* 2 */
IPG_PROCESSING, /* 3 */
IPG_DONE_SUCCESSFULLY, /* 4 */
IPG_FILT_DISCARD_MSG, /* 5 */
IPG_NO_FOUNDATION, /* 6 */
IPG_ALLOC_MEMORY_FAIL, /* 7 */
IPG_NOT_ENOUGH_IPG_MEMORY, /* 8 */
IPG_PAGE_ALREADY_EXIST, /* 9 */
IPG_BLOCK_VER_ALREADY_EXIST,/* 10 */
IPG_TRICKLE_SEMAPHORE_BUSY, /* 11 */
IPG_FLUSH_PENDING_REQ, /* 12 */
IPG_VCT_CHANGING_CHANNEL, /* 13 */
IPG_VCT_AWAIT_APPINTS, /* 14 */
IPG_VCT_CHANNELCHANGE_FAIL, /* 15 */
IPG_VCT_CHANNELCHANGE_OK, /* 16 */
IPG_DATABASE_FLUSHED, /* 17 */
IPG_REQUESTING /* 18 */
1.8 Diagnostic Screen G
The UP and DOWN keys, from either the front panel or remote, are used to scroll between several diagnostic G screens. Info key on the main diagnostic G screen is used to scroll through valid bits tables for TDT, MMT, CDTs, CDTc and SIT. Info key on screen G2 is used to clear integrity error counters.
REF _Ref423777389 \h Figure 0 1 shows the layout for Diagnostic Screen G. REF _Ref423777739 \h Figure 0 2 shows the layout for Diagnostic Screen G-2.
Diagnostics G
11251006411032CDTs7fff
ffffffffffffffffffffffffffff3ffffffe00000000000ffe0007f00000042091925333 0-209302095777111204 0-20930209600d1
40006d0302000a110080021305110000700035000000301000011008180000000000000000ffb7bab0000000000000
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 1. Diagnostics Screen G
REF _Ref423778014 \h Table 0 1 and REF _Ref423777739 Figure 0 2 describe the information available on each Line for Diagnostic Screens G and G-2.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 1. Diagnostic Screen G Data Description
Line #NameDefinitionLine G1Channel RecordsTotal number of channel records (dec)Channel MapsTotal number of channel maps (dec)Pending OverridesTotal number of pending overrides (dec)Active OverridesTotal number of active overrides (dec)TDT RecordsTotal number of TDT records (dec)TDT mapsTotal number of satellite TDT maps (dec)Satellite RecordsTotal number of satellite records (dec)Current PortCurrent port (0 or 1)Channel numberCurrent Virtual Channel Number or channel entry accumulator.Line G2Table NameValid bits table name (TDT, MMT, CDTs, CDTc, SIT)Valid Bits Line 1Valid bits array line 1. Bits 0 -127 (hex)Line G3Valid Bits Line 2Valid bits array line 2. Bits 128-255 (hex)Line G4Current Channel NumberCurrent Channel Number (dec)Current CDTCurrent CDT (dec)Current TDTCurrent TDT (dec)Current MMTCurrent MMT (dec)Current Satellite IDCurrent Satellite ID (dec)Current Cable Channel Current Cable Channel Number (for cable IRDs) (dec)Current Cable CDTCurrent Cable CDT (for cable IRDs) (dec)NYITransport Stream IDTransport stream ID (dec/dec)Satellite Port 0Satellite assigned to port 0 (dec)Polarity Port 0Polarity of port 0 (0 or 1)Last Channel Port 0Last channel for the satellite assigned to port 0 (dec)Line G5Failed Channel NumberLast Failed Channel Number (dec). Shown if valid only.Failed CDTLast Failed CDT (dec). Shown if valid only.Failed TDTLast Failed TDT (for satellite channel only) (dec). Shown if valid only.Failed MMTLast Failed MMT (for satellite channel only) (dec). Shown if valid only.Failed Satellite IDLast Failed Satellite ID (for satellite channel only) (dec). Shown if valid only.Error CodeError Code of the last failed channel change. Shown if valid only.NYIUser Transport Stream IDUser transport stream ID (dec/dec). Shown if valid only.Satellite Port 1Satellite assigned to port 1 (dec)Polarity Port 1Polarity of port 1 (0 or 1)Last Channel Port 1Last channel for the satellite assigned to port 1 (dec)Line G6Raw Current VC RecordRaw Current VC Record (hex)Raw Current TDT RecordRaw Current TDT Record (hex)Line G7Raw Current Cable VC Raw Current Cable VC Record (for cable IRDs) (hex)Line G8Raw Failed VC RecordRaw Failed VC Record (hex)Raw Failed TDT RecordRaw Failed TDT Record (hex) Diagnostics G
Screen 2
1 1000000209222BC4A18000030101c2ffa31696009ae1010001acb0000100014ac1000010001ab7000010001aad0000100015678
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 2. Diagnostics Screen G-2.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 2. Diagnostic Screen G-2 Data Description
Line #NameDefinitionLine G1CDT Integrity ErrorsCDT integrity error counter (dec)MMT Integrity ErrorsMMT integrity error counter (dec)TDT Integrity ErrorsTDT integrity error counter (dec)SIT Integrity ErrorsSIT integrity error counter (dec)VCT Integrity ErrorsVCT integrity error counter (dec)ICT Integrity ErrorsICT integrity error counter (dec)DCM Integrity ErrorsDCM integrity error counter (dec)Channel numberCurrent Virtual Channel Number or channel entry accumulator.Line G2Last Integrity Error TimeLast integrity error GPS time (hex)VCT RemovedVCT Removed counter (dec)TDT RemovedTDT Removed counter (dec)SAT ChangedSAT Changed counter (dec)VCT ChangedVCT Changed counter (dec)Line G3Integrity Error Message TypeType of the message with integrity error (hex)Integrity Error Message 1First 18 bytes of the message with integrity error (hex)Line G4Integrity Error Message 2Bytes 19 to 36 of the message with integrity error (hex)1.9 Minimal Diagnostic Screen
Keys have no effect while in this screen.
REF _Ref423839198 \h Figure 0 1 shows the layout for Minimal Diagnostic Screen.
107BAB1951341070000100
1
0
4
3
5
2
1
0
0
2
200005F00005F00005F00005F
0
0
0
0
6
0
2
0
6
0
1
1
3916FFFFFFFFFFFFFFF8FFFF8
3
F
F
F
F
F
F
F
F
F
F
F
C
40000121000
0
0
1
0
6
0
500A00FFA33311840
0
9
3
2
67FFD0129442451260
6
9
1
7
70FF81234123409
5
5
5
80FF30009
7
7
1
91FFC3054078720
(
Figure STYLEREF 2 \s 0 SEQ Figure \* ARABIC \s 2 1. Minimal Diagnostic Screen
REF _Ref423839600 \h Table 0 1 describes the information available on each Line for Minimal Diagnostic Screen.
Table STYLEREF 2 \s 0 SEQ Table \* ARABIC \s 2 1. Minimal Diagnostic Screen Data Description
Line #NameDefinitionLine M1Acquisition State0 : pause; 1 : init hardware; 2 : calibration; 3 : tune; 4 : sweep; 5 : acquire viterbi; 6 : acquire reed solomon; 7 : fade control; 8 : vc found; 9 : done.MultiplexMultiplex channel in the format xYz, where:
x is A if swapped, B if not swapped,
Y is C for I, B for Q or A (both),
z is B for i, C for q, D (both inverted) or A (neither inverted).Symbol RateSymbol rate: {2927 is 29.27, 1951 is 19.51, etc.}.Coding ModeCoding mode: { 78 is 7/8, 47 is 4/7, 5B is 5/11, etc.}.RF FrequencyCurrent RF Frequency in KHz.Source IDSource ID :Identifies source of current VC.Service NumberService Number : Associates current VC with service defined in program association and TS service map messages.RF-portCurrent L-Band port (0 or 1)VCT IDCurrent virtual channel table ID. Channel numberCurrent Virtual Channel Number or channel entry accumulator.Line M2Boot Sector Firmware VersionVersion number of the firmware in the boot sector of ROM.Minimum Firmware VersionVersion number of the firmware in the minimum section of ROM.Application Firmware VersionVersion number of the firmware in the application section of ROM.Current Firmware VersionCurrent version number of firmware, including downloads.Target Firmware VersionFirmware version number from last received download preamble.Download VersionHigh code installer version.Download StateTwo digit number: download part (1- minimal, 2-first part of high, ) and download state.Line M3Segment NumberFirst segment number for the segment bitfield (dec)Segment BitfieldBitfield for received segments. First segment number is displayed infront of the bitfield. Bitfield wraps around the last segment. Space is inserted at the wrap point.Line M4Control Channel 0PID (hex 0000..1FFF).
count of messages received (decimal 0..65535).
count of messages delivered (decimal 0..65535).
DRAM buffer overflow count (decimal 0..255).Table ExtensionDownload table extension (hex)Line M5Multicast Address (1)group 1 multicast address of unit.Control Channel 1.Start SegmentFirst downloaded segment number (dec)Message TypeDownload message type (hex)Pass NumberNumber of passes for current download part (dec)Line M6Multicast Address (2)group 2 multicast address of unit.Control Channel 2.Current SegmentLast downloaded segment number (dec)Hole First SegmentFirst segment of a hole (dec)Line M7Multicast Address (3)group 3 multicast address of unit.Control Channel 3.Collected SegmentsNumber of segments collected (dec)Hole SizeNumber of segments in the last hole (dec)Line M8Multicast Address (4)group 4 multicast address of unit.Control Channel 4.Full SegmentsTotal number of segments in the message (dec)Hole CountTotal number of holes (dec)Line M9Control Channel 5.
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