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TLK3134 XAUI
Texas Instruments TLK3134 XAUI Manuals
Manuals and User Guides for Texas Instruments TLK3134 XAUI. We have
2
Texas Instruments TLK3134 XAUI manuals available for free PDF download: Data Manual, User Manual
Texas Instruments TLK3134 XAUI Data Manual (151 pages)
4-Channel Multi-Rate Transceiver
Brand:
Texas Instruments
| Category:
Transceiver
| Size: 1.68 MB
Table of Contents
Table of Contents
2
1 Introduction
11
Features
11
Applications
11
Pin out
12
Description
12
System Block Diagram - XAUI
13
2 Detailed Description
14
Clocking Modes
14
System Block Diagram - XAUI Backplane
14
Block Diagram - TLK3134 Clocking Architecture
14
Operating Frequency Range
15
CPRI Latency Support
15
Powerdown Mode
15
Application Examples
15
Supported Protocol Rates and REFCLK Values
15
Quad 10-Bit SERDES Application
16
XAUI Mode - XAUI (Serial) Loopback Application
16
XAUI Mode - XGMII (Parallel ) Loopback Application
16
Custom Independent Configuration Application
17
TLK3134 Block Diagram
18
Detailed Xaui/1000Base-X Core Block Diagram
19
Block Diagram of SERDES Core
19
Device Operation Modes
20
Parallel Interface Modes - Detailed Description
21
2.7.1 XAUI/10GFC Mode
21
XAUI - Lane to Functional Pin Mapping (XAUI_ORDER = 1)
21
10GFC - Lane to Functional Pin Mapping (XAUI_ORDER = 0)
21
RGMII Mode (Reduced Gigabit Media Independent Interface)
22
RGMII - Individual Channel Byte Ordering - Channel 0 Example
22
RGMII - Lane to Functional Pin Mapping
22
RTBI Mode (Reduced Ten Bit Interface)
23
RTBI - Individual Channel Byte Ordering - Channel 0 Example
23
RTBI - Lane to Functional Pin Mapping
23
TBI Mode (Ten Bit Interface)
24
TBI - Individual Channel Byte Ordering - Channel 0 Example
24
TBI - Lane to Functional Pin Mapping
24
GMII Mode (Gigabit Media Independent Interface)
25
GMII - Individual Channel Byte Ordering - Channel 0 Example
25
GMII - Lane to Functional Pin Mapping
25
EBI Mode (Eight Bit Interface)
26
EBI - Individual Channel Byte Ordering - Channel 0 Example
26
EBI - Lane to Functional Pin Mapping
26
REBI Mode (Reduced Eight Bit Interface)
27
REBI - Individual Channel Byte Ordering - Channel 0 Example
27
REBI - Lane to Functional Pin Mapping
27
NBI Mode (Nine Bit Interface Mode)
28
NBI - Individual Channel Byte Ordering - Channel 0 Example
28
NBI - Lane to Functional Pin Mapping
28
RNBI Mode (Reduced Nine Bit Interface)
29
RNBI - Individual Channel Byte Ordering - Channel 0 Example
29
RNBI - Lane to Functional Pin Mapping
29
TBID Mode (Ten Bit Interface DDR)
30
TBID - Individual Channel Byte Ordering - Channel 0 Example
30
TBID - Lane to Functional Pin Mapping
30
NBID Mode (Nine Bit Interface DDR)
31
NBID - Individual Channel Byte Ordering - Channel 0 Example
31
NBID - Lane to Functional Pin Mapping
31
2.7.12 Parallel Interface Clocking Modes
32
Receive Interface Timing - Source Centered/Aligned
32
2.7.13 Parallel Interface Data
33
2.7.14 Transmission Latency
33
Transmit Interface Timing
33
2.7.15 Channel Clock to Serial Transmit Clock Synchronization
34
2.7.16 Data Reception Latency
34
2.7.17 8B/10B Encoder
34
Transmission Latency
34
Receiver Latency
34
Valid K-Codes
35
Valid XGMII Channel Encodings
35
2.7.18 Comma Detect and 8B/10B Decoding
36
2.7.19 Channel Initialization and Synchronization
36
Receive Data Controls
36
2.7.20 Channel State Descriptions
37
Channel Synchronization State Machine
37
2.7.21 End of Packet Error Detection
38
2.7.22 Fault Detection and Reporting
38
2.7.23 Receive Synchronization and Skew Compensation
39
Column De-Skew State Machine
39
2.7.24 Column State Descriptions
40
2.7.25 Inter-Packet Gap Management
41
Channel Deskew Using Alignment Code
41
Inter-Packet Gap Management
42
IPG Management State Machine
43
IPG Management State Machine Notation
43
Clock Tolerance Compensation (CTC)
44
Clock Tolerance Compensation: Add
44
2.7.27 Parallel to Serial
45
2.7.28 Serial to Parallel
45
2.7.29 High Speed CML Output
45
Clock Tolerance Compensation: Drop
45
Example High Speed I/O AC Coupled Mode
46
2.7.30 High Speed Receiver
47
2.7.31 Loopback
47
2.7.32 Link Test Functions
47
2.7.33 MDIO Management Interface
47
Output Differential Voltage with 1-Tap FIR De-Emphasis
47
2.7.34 MDIO Protocol Timing
48
CL45 - Management Interface Extended Space Address Timing
48
CL45 - Management Interface Extended Space Write Timing
48
2.7.35 Clause 22 Indirect Addressing
49
CL45 - Management Interface Extended Space Read Timing
49
CL45 - Management Interface Extended Space Read and Increment Timing
49
CL22 - Management Interface Read Timing
49
CL22 - Management Interface Write Timing
49
CL22 - Indirect Address Method - Address Write
50
CL22 - Indirect Address Method - Data Write
50
CL22 - Indirect Address Method - Data Read
50
Programmers Reference
51
XAUI Programmers Reference (ST = 0)
51
Xs_Control_1
51
Xs_Status_1
51
Xs_Device_Identifier_1
51
Xs_Device_Identifier_2
51
Xs_Speed_Ability
52
Xs_Devices_In_Package_1
52
Xs_Devices_In_Package_2
52
Xs_Status_2
52
Xs_Package_Identifier_1
52
Xs_Package_Identifier_2
53
Xs_Lane_Status
53
Xs_Test_Control
53
Test_Config
53
Test_Verification_Control
53
Tx_Fifo_Status
54
Tx_Fifo_Drop_Count
54
Tx_Fifo_Insert_Count
54
Tx_Codegen_Status
54
Lane_0_Test_Error_Count
54
Lane_1_ Test_Error_Count
55
Lane_2_ Test_Error_Count
55
Lane_3_ Test_Error_Count
55
10Gfccjpat_Crpat_Cjpat_Test_Error_Count_1
55
10Gfccjpat_Crpat_Cjpat_Test_Error_Count_2
55
Lane_0_Eop_Error_Count
55
Lane_1_Eop_Error_Count
55
Lane_2_Eop_Error_Count
55
Lane_3_Eop_Error_Count
55
Lane_0_Code_Error_Count
56
Lane_1_Code_Error_Count
56
Lane_2_Code_Error_Count
57
Lane_3_Code_Error_Count
57
Rx_Channel_Sync_State
57
Rx_Lane_Align_Status
57
Rx_Channel_Sync_Status
57
Bit_Order
57
Loopback_Control
58
Tx_Mode_Control
58
Rx_Ctc_Status
58
Rx_Ctc_Insert_Count
58
Rx_Ctc_Delete_Count
59
Data_Down
59
Rx_Mode_Control
59
Clock_Down_Status
59
Datapath_Reset_Control
59
Test_Pattern_Status
60
Lane_0_Error_Code
60
Lane_1_Error_Code
60
Lane_2_Error_Code
60
Lane_3_Error_Code
60
Rx_Phase_Shift_Control
60
Channel_Sync_Control
61
Xgmii_Io_Mode_Control
61
10G_Mode_Control
61
Rx_Clk_Output_Control
61
Programmers Reference
62
Phy_Control_1
62
Phy_Status_1
63
Phy_Identifier_1
63
Phy_Identifier_2
63
Phy_Ext_Status
63
Phy_Ch_Control_1
64
Phy_Ch_Control_2
64
Phy_Rx_Ctc_Fifo_Status
66
Phy_Tx_Ctc_Fifo_Status
66
Phy_Tx_Wide_Fifo
66
Phy_Test_Pattern_Sync_Status
66
Phy_Test_Pattern_Counter
66
Phy_Crpat_Pattern_Counter_1
66
Phy_Crpat_Pattern_Counter_2
67
Phy_Test_Mode_Control
67
Phy_Channel_Status
67
Phy_Prbs_High_Speed_Test_Counter
67
Phy_Ext_Address_Control
67
Phy_Ext_Address_Data
67
2.10 Top Level Programmers Reference
68
Serdes_Pll_Config
68
PLL Multiplier Control
68
Serdes_Rate_Config_Tx_Rx
68
Serdes_Rx0_Config
70
Serdes_Rx1_Config
70
Serdes_Rx2_Config
71
Serdes_Rx3_Config
71
Serdes_Tx0_Config
72
Serdes_Tx1_Config
72
Serdes_Tx2_Config
73
Serdes_Tx3_Config
73
Transmit De-Emphasis Control
74
Output Swing Control
74
Serdes_Test_Config_Tx
74
Serdes_Test_Config_Rx
76
Serdes_Rx0_Status
76
Serdes_Rx1_Status
76
Serdes_Rx2_Status
77
Serdes_Rx3_Status
77
Serdes_Tx0_Status
77
Serdes_Tx1_Status
77
Serdes_Tx2_Status
77
Serdes_Tx3_Status
78
Serdes_Pll_Status
78
Jc_Clock_Mux_Control
78
Jc_Vtp_Clk_Div_Control
79
Jc_Delay_Stopwatch_Clk_Div_Control
79
Jc_Delay_Stopwatch_Counter
79
Jc_Refclk_Fb_Div_Control
79
Jc_Rxb_Output_Clk_Div_Control
80
Jc_Charge_Pump_ Control
80
Charge Pump Control Setting (CP_CTRL)
80
Jc_Pll_Control
81
Jc_Test_Control_1
81
Jc_Test_Control_2
81
Jc_Ti_Test_Control_1
81
Jc_Ti_Test_Control_2
82
Jc_Trim_Status
82
Die_Id_7
82
Die_Id_6
82
Die_Id_5
82
Die_Id_4
82
Die_Id_3
82
Die_Id_2
82
Die_Id_1
83
Die_Id_0
83
Efuse_Status
83
Hstl_Input_Termination_Control
83
Hstl_Output_Slewrate_Control
84
Hstl_Input_Vtp_Control
84
Hstl_Output_Vtp_Control
85
Hstl_Global_Control
85
Tx0_Dll_Control
86
Tx1_Dll_Control
86
Tx2_Dll_Control
86
Tx3_Dll_Control
86
Rx0_Dll_Control
87
Rx1_Dll_Control
87
Rx2_Dll_Control
87
Rx3_Dll_Control
87
DLL Offset Control
87
Tx0_Dll_Status
88
Tx1_Dll_Status
88
Tx2_Dll_Status
88
Tx3_Dll_Status
88
Rx0_Dll_Status
88
Rx1_Dll_Status
88
Rx2_Dll_Status
88
Rx3_Dll_Status
89
Ch0_Testfail_Err_Counter
89
Ch1_Testfail_Err_Counter
89
Ch2_Testfail_Err_Counter
89
Ch3_Testfail_Err_Counter
89
Stci_Control_Status
89
Testclk_Control
90
Bidi_Cmos_Control
90
Debug_Control
90
Duty_Cycle_Control
90
3 Device Reset Requirements/Procedure
91
Xaui Mode (Xgmii)
91
Gigabit Ethernet Mode (RGMII)
94
Jitter Test Pattern Generation and Verification Procedures
97
PRBS Test Generation and Verification Procedures
101
Signal Pin Description
104
Global Signals
104
JTAG Signals
105
MDIO Related Signals
105
Parallel Data Pins
106
Efuse_Control
108
Serial Side Data/Clock Pins
108
Miscellaneous Pins
108
Voltage Supply and Reference Pins
109
Jitter Cleaner Related Pins
110
Device Pinout Diagram - Part 1 (Top View)
111
Device Pinout Diagram - Part 2 (Top View)
111
4 Electrical Specifications
112
Absolute Maximum Ratings
112
Recommended Operating Conditions
112
Reference Clock Timing Requirements (Refclkp/N)
113
Reference Clock Electrical Characteristics (Refclkp/N)
113
Single Ended Reference Clock Electrical Characteristics (Refclk)
113
Jitter Cleaner Timing Parameters
113
Lvcmos Electrical Characteristics
114
Mdio Electrical Characteristics
114
Hstl Signals (Vddq = 1.5/1.8 V) Electrical Characteristics
114
4.10 Serial Transmitter/Receiver Characteristics
115
4.11 Parameter Measurement
116
Transmit Output Waveform Parameter Definitions
116
XAUI Driver Template Parameters
116
Transmit Template
117
Receive Template
117
Input Jitter
117
Parallel Interface - Valid Signal Operational Mode Definitions
118
HSTL Output Switching Characteristics (DDR Timing Mode Only)
120
HSTL (DDR Timing Mode Only) Source Centered Output Timing Requirements
120
HSTL (DDR Timing Mode Only) Source Aligned Output Timing Requirements
120
HSTL Output Switching Characteristics (SDR Timing Mode Only)
121
HSTL (SDR Timing Mode Only) Rising Edge Aligned Output Timing Requirements
121
HSTL (SDR Timing Mode Only) Falling Edge Aligned Output Timing Requirements
121
4.14 HSTL (DDR Timing Mode Only) Input Timing Requirements
122
HSTL (DDR Timing Mode Only) Source Centered Data Input Timing Requirements
122
HSTL (DDR Timing Mode Only) Source Aligned Data Input Timing Requirements
122
4.15 HSTL (SDR Timing Mode Only) Input Timing Requirements
123
HSTL (SDR Timing Mode Only) Falling Edge Aligned (Rising Edge Sampled) Data Input Timing Requirements
123
HSTL (SDR Timing Mode Only) Rising Edge Aligned (Falling Edge Sampled) Data Input Timing Requirements
123
4.16 MDIO Timing Requirements over Recommended Operating Conditions
124
MDIO Read/Write Timing
124
HSTL I/O Schematic
124
4.17 JTAG Timing Requirements over Recommended Operating Conditions
125
JTAG Timing
126
Package Dissipation Rating
127
TLK3134 Application Mode Vs Interface Timing Mode Support
127
PACKAGE Information (Package Designator = ZEL)
127
Worst Case Device Power Dissipation
128
APPENDIX A - Frequency Ranges Supported
129
Reference Clock Selection - XAUI - 10 Gbe Mode
130
Reference Clock Selection - 10 Gigabit Fibre Channel Mode
130
Reference Clock Selection - Gigabit Ethernet Mode
131
Reference Clock Selection - 1X/2X Fibre Channel Mode
131
Reference Clock Selection - OBSAI Mode
132
Reference Clock Selection - CPRI Mode
132
Reference Clock Selection - 9/10 Bit SERDES Mode - Full Rate (SPEED[1:0] == 00)
133
Reference Clock Selection - 9/10 Bit SERDES Mode - Half Rate (SPEED[1:0] == 01)
133
Reference Clock Selection -9/10 Bit SERDES Mode - Quarter Rate (SPEED[1:0] == 10)
134
Reference Clock Selection - 8 Bit SERDES Mode - Full Rate (SPEED[1:0] == 00)
134
Reference Clock Selection - 8 Bit SERDES Mode - Half Rate (SPEED[1:0] == 01)
135
Reference Clock Selection - 8 Bit SERDES Mode - Quarter Rate (SPEED[1:0] == 10)
136
Standard Based Jitter Cleaner/Serdes Provisioning
137
9/10 BIT SERDES Mode - Jitter Cleaner/Serdes (2X) Provisioning
138
9/10 BIT SERDES Mode - Jitter Cleaner/Serdes (1X) Provisioning
139
9/10 BIT SERDES Mode - Jitter Cleaner/Serdes (0.5X) Provisioning
140
9/10 BIT SERDES Mode - Jitter Cleaner/Serdes (0.25X) Provisioning
141
BIT SERDES Mode - Jitter Cleaner/Serdes (2X) Provisioning
142
Recovered Byte Clock Jitter Cleaner Mode
144
BIT SERDES Mode - Jitter Cleaner/Serdes (0.5X) Provisioning
144
Recovered Byte Clock Jitter Cleaner Mode
145
APPENDIX B - Jitter Cleaner PLL External Loop Filter
146
Jitter Cleaner External Loop Filter
146
APPENDIX C - Device Test Mode
147
Device Mode Configuration
147
Device Test Mode Pin Configuration
147
Important Notice
151
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Texas Instruments TLK3134 XAUI User Manual (62 pages)
Transceiver / 4 Channel Multi-Rate Transceiver Evaluation Module
Brand:
Texas Instruments
| Category:
Motherboard
| Size: 4.24 MB
Table of Contents
Table of Contents
2
Introduction
4
TLK3134 EVM Kit Contents
5
Power
6
Figure 1. TLK3134 EVM Power Source Selection Example
6
Figure 2. TLK3134 EVM VDDM Voltage Source Selection
6
Figure 3. TLK3134 EVM VDDM Voltage Source Selection
7
Figure 4. TLK3134 EVM Regulator Margin Selection
7
Power Monitoring Leds
9
Figure 5. TLK3134 EVM Voltage Monitor LED Enabled Example
9
Figure 6. TLK3134 EVM Voltage Monitor LED Disabled Example
10
Figure 7. TLK3134 EVM Voltage Monitor LED Connected Directly to Plane Example
10
Control Signals
12
Figure 8. Control Connectors (JMP13, JMP15, JMP20, JMP21, JMP25, JMP26)
12
Mdio
16
Figure 9. TLK3134 EVM MDIO Connector (JMP22)
16
Jtag
17
Figure 10. TLK3134 EVM JTAG Connector (JMP23)
17
Reset
18
Figure 11. RESET Switch (SW1, JMP10, or JMP11)
18
Parallel Signals
19
Figure 12. Parallel Signal Header Block Example
19
Figure 13. Parallel Signal Header Block Example
19
Figure 14. Parallel Loop Back with Static Data Pattern Example
20
Figure 15. Parallel Loop Back with Static Data Pattern Example
20
XAUI Mode (XGMII) Test and Setup Configuration
21
Figure 16. Example TLK3134 EVM Test Configuration - XAUI Mode (XGMII) Parallel Loopback
23
Gigabit Ethernet Mode (RGMII) Test and Setup Configuration
24
Figure 17. Example TLK3134 EVM Test Configuration - Gigabit Ethernet Mode (RGMII) Serial Loopback
26
Schematics
27
Figure 18. TLK3134 EVM Schematic, Sheet 1 Index
27
Figure 19. TLK3134 EVM Schematic, Sheet 2 Device Power and Ground
28
Figure 20. TLK3134 EVM Schematic, Sheet 3 Global Signals
29
Figure 21. TLK3134 EVM Schematic, Sheet 4 High Speed Differential
30
Figure 22. TLK3134 EVM Schematic, Sheet 5 Jitter Cleaner Clock
31
Figure 23. TLK3134 EVM Schematic, Sheet 6 JTAG and MDIO
32
Figure 24. TLK3134 EVM Schematic, Sheet 7 TX and RX Data Lines
33
Figure 25. TLK3134 EVM Schematic, Sheet 8 TX/RX Clocks and Control
34
Figure 26. TLK3134 EVM Schematic, Sheet 9 Power Regulation
35
Figure 27. TLK3134 EVM Schematic, Sheet 10 Power Distribution
36
Figure 28. TLK3134 EVM Schematic, Sheet 11 1P2V and 2P5V Supply Leds
37
Figure 29. TLK3134 EVM Schematic, Sheet 12 1P5V, 1P8V, and 5V Supply Leds
38
Figure 30. TLK3134 EVM Schematic, Sheet 13 VDDM Supply Leds
39
Figure 31. TLK3134 EVM Schematic, Sheet 14 VDDR Supply Leds
40
Figure 32. TLK3134 EVM Schematic, Sheet 15 VREF Supply Leds
41
Figure 33. TLK3134 EVM Schematic, Sheet 16 VJIT Supply Leds
42
Board Layouts
45
Figure 34. TLK3134 EVM Layout, Top Signal (Layer 1)
45
Figure 35. TLK3134 EVM Layout, Ground (Layers 2,4,6,8,10,11)
46
Figure 36. TLK3134 EVM Layout, Internal Signal (Layer 3)
47
Figure 37. TLK3134 EVM Layout, Internal Signal (Layer 5)
48
Figure 38. TLK3134 EVM Layout, Power (Layer 7)
49
Figure 39. TLK3134 EVM Layout, Power (Layer 9)
50
Figure 40. TLK3134 EVM Layout, Internal Signal (Layer 12)
51
2 TLK3134 XAUI Transceiver / 4 Channel Multi-Rate Transceiver Evaluation Module (EVM) Users' Guide
52
Figure 41. TLK3134 EVM Layout, Ground (Layer 13)
52
Figure 42. TLK3134 EVM Layout, Internal Signal (Layer 14)
53
Figure 43. TLK3134 EVM Layout, Ground (Layers 15)
54
Figure 44. TLK3134 EVM Layout, Bottom Signal (Layers 16)
55
TLK3134 EVM Layer Construction
56
Revision History
57
Important Notice
62
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