Copper CFP Cable Preliminary EOLC-1HG-C-XX-YY Series

Transcription

1 Copper CFP Cable Preliminary ELC-1HG-C-XX-YY Series CFP Cable Assemblies, 0.5m/1m/m/3m/4m Reach RoHS6 Compliant Features Supports Gb/s and 118.3Gb/s bit rates Lower Power Consumption for Single Module<4.5W 30AWG up to 3 meters distance 6AWG up to 4 meters distance CDR nside Power Supply: +3.3V Compatible to CFP MSA 1G Ethernet Temperature Range: 0~ 70 TU4 RoHS6 Compliant Applications rdering nformation Part No. Data rate Per Lane Length AWG Passive/Active Temp ELC-1HG-C-H-30 Up to 7.95G 0.5m 30 Active 0~ 70 ELC-1HG-C Up to 7.95G 1m 30 Active 0~ 70 ELC-1HG-C-0-30 Up to 7.95G m 30 Active 0~ 70 ELC-1HG-C Up to 7.95G 3m 30 Active 0~ 70 Eoptolink Technology nc., Ltd. Page 1 of 1

2 Regulatory Compliance* Note1 Copper CFP Cable Preliminary Product Certificate Certificate Number Applicable Standard TUV R EN :6+A11+A1+A1 UL E UL CSA C. No EMC CE AE EN 550:010 EN 5504:010 CB JPTUV EC FCC WTF14F E 47 CFR PART 15 CT., 013 RHS RHS01G /65/EU Note1:The above certificate number updated to June 014, because some certificate will be updated every year, such as FCC and RHS. For the latest certification information, please check with Eoptolink. Absolute Maximum Ratings* Note Parameter Symbol Min. Max. Unit Storage Temperature Ts C perating Case Temperature Tc C Supply Voltage Vcc V perating Relative Humidity RH 5 85 % Note: Exceeding any one of these values may destroy the device immediately. Product Description ELC-1HG-C-XX-YY Copper Cable assemblies are high-performance, cost effective / solutions for 1 GB Ethernet and TU4 applications. CFP copper modules allow hardware manufacturers to achieve high port density, configurability and utilization at a very low cost and to reduce power budget. Recommended perating Conditions Parameter Symbol Min. Typical Max. Unit perating Case Temperature T C 0 70 C Power Supply Voltage Vcc V Power Supply Current cc 15 ma Performance Specifications - Electrical Parameter Symbol Min. Typ. Max Unit Notes Transmitter nput Amplitude AC coupled Vin 5 1 mvpp (Differential) inputs nput mpedance (Differential) Zin ohms Rin > 1 DC Eoptolink Technology nc., Ltd. Page of 1

3 utput Amplitude (Differential) Copper CFP Cable Preliminary Receiver Vout 5 1 mvpp AC coupled outputs ) 1.V MD nterface Specifications Parameter Symbol Min. Typ. Max Unit Notes nput Voltage V H V V L V nput Leak current N -1 1 ua utput Voltage V H V V L V nput Capacitance C 10 pf nput MDC Clock f MDC MHz MDC Clock Period T MDC 50 1 ns MD Hold Time T hold 10 ns MD SetupTime T setup 10 ns GLB_ALM T glb_alm_ass 150 ms T glb_alm_dea 150 ms CFP Transceiver Electrical Pad Layout Pin Function Definitions CFP CFP Top Row Bottom Row 148 GND 111 GND 1 3.3V_GND 38 MD_ABS 147 REFCLKn 110 N.C. 3.3V_GND 39 MD_RSTn 146 REFCLKp 109 N.C V_GND 40 RX_LS 145 GND 108 GND 4 3.3V_GND 41 GLB_ALRMn 144 N.C. 107 RX9n 5 3.3V_GND 4 PRTADR4 143 N.C. 106 RX9p 6 3.3V 43 PRTADR3 14 GND 105 GND 7 3.3V 44 PRTADR 141 TX9n 104 RX8n 8 3.3V 45 PRTADR1 140 TX9p 103 RX8p 9 3.3V 46 PRTADR0 139 GND 10 GND V 47 MD Eoptolink Technology nc., Ltd. Page 3 of 1

4 138 TX8n 101 RX7n V 48 MDC 137 TX8p 1 RX7p 1 3.3V 49 GND 136 GND 99 GND V 50 VND F 135 TX7n 98 RX6n V 51 VND G 134 TX7p 97 RX6p V 5 GND 133 GND 96 GND V_GND 53 VND H 13 TX6n 95 RX5n V_GND 54 VND J 131 TX6p 94 RX5p V_GND V_GND 130 GND 93 GND V_GND V_GND 19 TX5n 9 RX4n 0 3.3V_GND V_GND 18 TX5p 91 RX4p 1 VND A V_GND 17 GND 90 GND VND B V_GND 16 TX4n 89 RX3n 3 GND V 15 TX4p 88 RX3p 4 (TX_MCLKn) V 14 GND 87 GND 5 (TX_MCLKp) 6 3.3V 13 TX3n 86 RXn 6 GND V 1 TX3p 85 RXp 7 VND C V 11 GND 84 GND 8 VND D V 10 TXn 83 RX1n 9 VND E V 119 TXp 8 RX1p 30 PRG_CNTL V 118 GND 81 GND 31 PRG_CNTL V 117 TX1n 80 RX0n 3 PRG_CNTL V 116 TX1p 79 RX0p 33 PRG_ALRM V_GND 115 GND 78 GND 34 PRG_ALRM V_GND 114 TX0n 77 (RX_MCLKn) 35 PRG_ALRM V_GND 113 TX0p 76 (RX_MCLKp) 36 TX_DS V_GND 11 GND 75 GND 37 MD_LPWR V_GND Bottom Row Pin Descriptions Pin Num. Name Function Notes 1 3.3V_GND 3.3V_GND 3 3.3V_GND 4 3.3V_GND 5 3.3V_GND 6 3.3V 7 3.3V 8 3.3V 9 3.3V V V 1 3.3V V Ground 3.3V Module Supply Voltage 3.3V Module Supply Ground, nternally connected to Signal Ground 3.3V ±.5% Eoptolink Technology nc., Ltd. Page 4 of 1

5 14 3.3V V V_GND V_GND 3.3V Module Supply Ground, nternally V_GND Ground connected to Signal Ground V_GND 0 3.3V_GND 1 VND A / Module Vendor /, NC VND B / Module Vendor /, NC 3 GND Ground Signal Ground 4 TX_MCLKn Tx Monitor Clock Tx Monitor Clock utput 5 TX_MCLKp 6 GND Ground Signal Ground Module Vendor /, Must not connect 7 VND C / at host board Module Vendor /, Must not connect 8 VND D / at host board Module Vendor /, Must not connect 9 VND E / at host board 30 PRG_CNTL1 LVCMS 31 PRG_CNTL LVCMS 3 PRG_CNTL3 LVCMS 33 PRG_ALRM1 LVCMS 34 PRG_ALRM LVCMS 35 PRG_ALRM3 LVCMS Transmitter Disable "1" or NC = transmitter disabled, 36 TX_DS "0" = transmitter enabled Module Low Power "1" or NC: module in low power (safe) 37 MD_LPWR Mode mode, "0": power-on enabled Module Absent "1" or NC: module absent, 38 MD_ABS "0": module present Module Reset "0" resets the module, 39 MD_RSTn "1" or NC = module enabled Loss of Signal "1": low optical signal, "0": normal 40 RX_LS condition 0": alarm condition in any MD Global Alarm 41 GLB_ALRMn Alarm register, "1": no alarm condition 1.V CMS 4 PRTADR4 MD Physical Port address bit4 1.V CMS 43 PRTADR3 MD Physical Port address bit3 Eoptolink Technology nc., Ltd. Page 5 of 1

6 44 PRTADR 1.V CMS MD Physical Port address bit 45 PRTADR1 1.V CMS MD Physical Port address bit1 46 PRTADR0 1.V CMS MD Physical Port address bit0 47 MD 1.V CMS Management Data / bi-directional / data 48 MDC 1.V CMS Management Data Clock 49 GND Ground Signal Ground 50 VND F / Module Vendor /, Not Connected nternally 51 VND G / Module Vendor /, Not Connected nternally 5 GND Ground Signal Ground 53 VND H / Module Vendor /, Not Connected nternally 54 VND J / Module Vendor /, Not Connected nternally V_GND V_GND 3.3V Module Supply Ground, nternally V_GND Ground connected to Signal Ground V_GND V_GND V V 6 3.3V V V 3.3V Module Supply V Voltage 3.3V ±.5% V V V V V_GND V_GND 3.3V Module Supply Ground, nternally 7 3.3V_GND Ground connected to Signal Ground V_GND V_GND Eoptolink Technology nc., Ltd. Page 6 of 1

7 Top Row Pin Descriptions Copper CFP Cable Preliminary Pin Num. Name Function Notes 148 GND Ground Signal Ground 147 REFCLKn Reference Clock 146 REFCLKp 108 GND Ground Signal Ground Eoptolink Technology nc., Ltd. Page 7 of 1 Reference Clock nput 145 GND Ground Signal Ground 144 N.C. Not Connected nternally 143 N.C. Not Connected nternally 14 GND Ground Signal Ground 141 TX9n Lane 9 Tx nput 140 TX9p 139 GND Ground Signal Ground 138 TX8n Lane 8 Tx nput 137 TX8p 136 GND Ground Signal Ground 135 TX7n Lane 7 Tx nput 134 TX7p 133 GND Ground Signal Ground 13 TX6n Lane 6 Tx nput 131 TX6p 130 GND Ground Signal Ground 19 TX5n Lane 5 Tx nput 18 TX5p 17 GND Ground Signal Ground 16 TX4n Lane 4 Tx nput 15 TX4p 14 GND Ground Signal Ground 13 TX3n Lane 3 Tx nput 1 TX3p 11 GND Ground Signal Ground 10 TXn Lane Tx nput 119 TXp 118 GND Ground Signal Ground 117 TX1n Lane 1 Tx nput 116 TX1p 115 GND Ground Signal Ground 114 TX0n Lane 0 Tx nput 113 TX0p 11 GND Ground Signal Ground 111 GND Ground Signal Ground 110 N.C. Not Connected nternally 109 N.C. Not Connected nternally

8 107 RX9n Lane 9 Rx utput 106 RX9p 105 GND Ground Signal Ground 104 RX8n Lane 8 Rx utput 103 RX8p 10 GND Ground Signal Ground 101 RX7n Lane 7 Rx utput 1 RX7p 99 GND Ground Signal Ground 98 RX6n Lane 6 Rx utput 97 RX6p 96 GND Ground Signal Ground 95 RX5n Lane 5 Rx utput 94 RX5p 93 GND Ground Signal Ground 9 RX4n Lane 4 Rx utput 91 RX4p 90 GND Ground Signal Ground 89 RX3n Lane 3 Rx utput 88 RX3p 87 GND Ground Signal Ground 86 RXn Lane Rx utput 85 RXp 84 GND Ground Signal Ground 83 RX1n Lane 1 Rx utput 8 RX1p 81 GND Ground Signal Ground 80 RX0n Lane 0 Rx utput 79 RX0p 78 GND Ground Signal Ground 77 RX_MCLKn Rx Monitor Clock 76 RX_MCLKp Rx Monitor Clock utput 75 GND Ground Signal Ground Eoptolink Technology nc., Ltd. Page 8 of 1

9 Memory Map EEPRM Definition EEPRM Address CFP NVR Version V1.0 Field Size Coded Data Addr Name f filed Description of field Hex (Byte) value Alarm & Thresholds 8080h 49 Temp High Alarm Temp High Alarm h 808h Temp High 46 Temp High h 8084h Temp Low FB Temp Low h 8086h F8 Temp Low Alarm Temp Low Alarm h 8088h 88 VCC High Alarm VCC High Alarm 3.5V 8089h B8 808Ah VCC High 84 VCC High 3.4V 808Bh D0 808Ch 7D VCC Low VCC Low 3.V 808Dh 808Eh 79 VCC Low Alarm VCC Low Alarm 3.1V 808Fh h SA Bias Current SA Bias Current N/A 8091h High Alarm High Alarm 809h SA Bias Current SA Bias Current N/A 8093h High High 8094h SA Bias Current SA Bias Current Low N/A 8095h Low 8096h SA Bias Current SA Bias Current Low N/A 8097h Low Alarm Alarm 8098h Auxiliary 1 Monitor Auxiliary 1 Monitor 8099h High Alarm High Alarm 809Ah Auxiliary 1 Monitor Auxiliary 1 Monitor 809Bh High High 809Ch Auxiliary 1 Monitor Auxiliary 1 Monitor 809Dh Low Low 809Eh Auxiliary 1 Monitor Auxiliary 1 Monitor 809Fh Low Alarm Low Alarm 80A0h Auxiliary Monitor Auxiliary Monitor 80A1h High Alarm High Alarm Eoptolink Technology nc., Ltd. Page 9 of 1

10 80Ah Auxiliary Monitor Auxiliary Monitor 80A3h High High 80A4h Auxiliary Monitor Auxiliary Monitor 80A5h Low Low 80A6h Auxiliary Monitor Auxiliary Monitor 80A7h Low Alarm Low Alarm 80A8h Laser Bias Current Laser Bias Current 80A9h High Alarm High Alarm 80AAh Laser Bias Current Laser Bias Current 80ABh High High 80ACh Laser Bias Current Laser Bias Current 80ADh Low Low 80AEh Laser Bias Current Laser Bias Current 80AFh Low Alarm Low Alarm 80B0h Laser utput Laser utput Power 80B1h Power High Alarm High Alarm 80Bh Laser utput Laser utput Power Power High 80B3h High 80B4h Laser utput Laser utput Power Power Low 80B5h Low 80B6h Laser utput Laser utput Power 80B7h Power Low Alarm Low Alarm 80B8h Laser Laser Temperature Temperature High 80B9h High Alarm Alarm 80BBh Laser Laser Temperature Temperature High 80BBh High 80BCh Laser Laser Temperature Temperature Low 80BDh Low 80BEh Laser Laser Temperature Temperature Low 80BFh Low Alarm Alarm 80C0h Receive ptical Receive ptical Power 80C1h Power High Alarm High Alarm 80Ch Receive ptical Receive ptical Power Power High 80C3h High 80C4h Receive ptical Receive ptical Power 80C5h Power Low Low Eoptolink Technology nc., Ltd. Page 10 of 1

11 80C6h Receive ptical Receive ptical Power 80C7h Power Low Alarm Low Alarm 80C8-80FE 55 Reserved 80FF 1 CFP NVR Checksum Note3 xx Note3: The check code shall be the 8 bit unsigned result of the checksum of all of the CFP register LSB contents from addresses 8080h to 80FFh inclusive. Mechanical Specifications Eoptolink Technology nc., Ltd. Page 11 of 1

12 btaining Document You can visit our website: r contact Eoptolink Technology nc., Ltd. listed at the end of the documentation to get the latest documents. Revision History Revision nitiated Reviewed Approved Revision History V1.a V1.b Picard Roty Kelly/Torres/Marvin /Airon/Abby/Angela Picard /Marvin /Airon Marvin Angela Release Date Preliminary. July 8, 015 Update regulatory compliance and Modified power consumption maximum value Add picture and update the cable length. NV 03, 015 ct Notice: Eoptolink reserves the right to make changes or discontinue any optical link product or service identified in this publication, without notice, in order to improve design and/or performance. Applications that are described herein for any of the optical link products are for illustrative purposes only. Eoptolink makes no representation or warranty that such applications will be suitable for the specified use without further testing or modification. Contact: Add: Floor 5, Building, No. 1 Gaopeng Avenue, High-Tech District, CHENGDU, SCHUAN 6141 P.R. CHNA Tel: (+86) ext 816 or 809 Fax: (+86) Postal: sales@eoptolink.com Eoptolink Technology nc., Ltd. Page 1 of 1