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Zeus
IOPS
3.5-Inch Fibre Channel Solid State Drive Product Manual Rev. 1.0 65
OPERATIONAL FAULT CODES
The following codes indicate that a fault has been detected during drive operation. The drive will
remain operational despite the fault. The drive should be replaced at the earliest possible opportunity.
Operational fault codes are indicated as a series of flashes. The fault light will illuminate for 1 second,
then off for 1 second, followed by a 10 second off delay. The number of 1 second flashes between
each 10 second delay period are used to indicate the different fault conditions: 5, 7 or 9 flashes.
Table 38. Operational Fault Codes
Code Condition Description
5 Flashes Power Backup Device Faulty The power backup circuit has failed. The power backup
circuit supplies power to the drive for a short period in the
event of a power failure. The backup power allows the
firmware to ensure that any active writes are completed. It
also allows information to be saved so that the drive
becomes ready promptly (< 30 seconds) when power is
restored. If this fault code is active and power is
unexpectedly lost, the drive may require several minutes to
come ready when the power is restored. If this occurs, only
the data blocks that were most recently written by the host
will be lost. If those same data blocks are read when power
is restored, the prior contents (prior to the lost write) will be
returned. No data will be permanently lost. When this
fault code is active the drive will save all information and
prepare for power loss if a SYNCHRONIZE CACHE (10)
command (Opcode 0x35) is received via the host SCSI
interface. Most operating systems (Windows, Solaris,
Linux, etc.) will issue this command automatically when
shut down by the user. This will alleviate the potential
problems associated with this fault condition.
7 Flashes NAND Flash Write Protect Error A write protect error was returned when the unit attempted
to write to the flash media. The most likely cause is a faulty
connection or voltage converter. If this error occurs
continuously then access from the host machine will be
locked out.
9 Flashes NAND Busy Error The BUSY pin from a NAND flash chip was asserted for too
long. The most likely cause is a faulty connection. If this
error occurs continuously then access from the host
machine will be locked out.
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Digital Voice Systems AMBE-3000 Handbücher

Bedienungsanleitungen und Benutzerhandbücher für Entschlüsseler Digital Voice Systems AMBE-3000.
Wir stellen 1 PDF-Handbücher Digital Voice Systems AMBE-3000 zum kostenlosen herunterladen nach Dokumenttypen zur Verfügung Spezifikationen


Inhaltsverzeichnis

AMBE-3000F™ Vocoder Chip

1

DVSI Confidential Proprietary

1

(Subject to Change) Page v

5

(Subject to Change) Page x

10

1 Product Introduction

11

1.3 Typical Applications

12

2 Hardware Information

13

2.2 Package Details

14

(Subject to Change) Page 5

15

2.3 Pin Assignment Layouts

16

A B C D E F G H J K L M N P

17

(Subject to Change) Page 8

18

(Subject to Change) Page 9

19

2.5 Pin Out Table

20

PARITY_ENABLE 79

22

Input Enable parity bit

22

Table 1 Pinout List

26

2.7.1 External Clock Source

29

2.7.2 Crystal Oscillator

29

Table 7 Voltage Supply Pins

32

3.6 Reset Behavior

33

Figure 11 TX_RDY after Reset

34

Figure 12 Output Levels

34

3.8 Power-Down Sequencing:

35

3.9 Low Power Modes

35

3.9.1 Run State

36

3.9.2 Idle State

36

3.9.3 Standby State

36

3.9.4 Halt State

36

3.9.5 Power Modes

37

4.2 Interface Selection

40

4.4 Vocoder State

41

Figure 18 Typical Echo Path

43

Table 11 Companding Control

44

5 I/O Management

45

Table 13 ECMODE_IN Flags

46

Table 14 ECMODE_OUT FLAGS

46

Table 15 DCMODE_IN Flags

47

Table 16 DCMODE_OUT Flags

47

5.2 Codec mode

49

“0 to Transition”“1”

51

“Packet_ _Zone”Uncertainty

51

“aperiodic packets”

52

5.3 Packet Mode

53

Figure 29 Packet Mode

55

5.5 SPI Interface

56

5.6 UART Interface

57

5.7 McBSP Interface

58

5.8 Parallel Interface

61

Table 26 PPT Timing

62

Figure 36 Vocoder Front End

64

Diagram

66

6.1 Overview

68

6.2 Codec Mode Operation

68

6.3 Packet Mode Operation

68

6.4 Packet Interfaces

69

6.5 Packet Format

69

6.5.3 TYPE (1 byte)

70

6.5.4 Packet Fields

70

Table 59 PKT_CODECSTOP Field

78

Table 61 PKT_CHANFMT Field

79

samples dcmode

80

Table 64 PKT_SPCHFMT Field

80

0x54 0x46 0x00

81

Table 71 PKT_READY Field

82

Table 72 PKT_HALT Field

82

Table 73 PKT_RESET Field

82

6.7.1 Speech Packet Fields

89

Table 100 CMODE Field Format

90

Table 103 TONE Field Format

90

6.11 Example Packets

94

7 Appendices

98

Table 115 Rate Index Numbers

100

8 Support

103

Digital Voice Systems, Inc

104

10 IC Chip Software Errata

107

Release 007 09/10/2009

108

Release 014 08/31/2012

108

11 History of Revisions

109





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