1.6T Two Channels One

1.6T Two Channels One

Supplier
Ovlink
Category
Transmitters and Receivers
Origin
China

6T Two-channel One (BT28106E-H) is an integrated 1.6T error coder, MCB board, TEC temperature control unit, an error test for 2 high-speed cable or light modules at the same time; support hardware FEC functionality; support multiple speeds under NRZ/PAM4 signals in each channel; and have multiple code options; support rapid replacement of MCB boards and TED modules; compatible modules in various different formats, such as OSFP, QSFP-DD, QSFP56 and QSFP112. TEC space-borne temperatures can be up

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Overview

6T Two-channel One (BT28106E-H) is an integrated 1.6T error coder, MCB board, TEC temperature control unit, an error test for 2 high-speed cable or light modules at the same time; support hardware FEC functionality; support multiple speeds under NRZ/PAM4 signals in each channel; and have multiple code options; support rapid replacement of MCB boards and TED modules; compatible modules in various different formats, such as OSFP, QSFP-DD, QSFP56 and QSFP112. TEC space-borne temperatures can be up to -15°C ~ 85°C; 2 ports are independently controlled; different temperatures are supported for simultaneous testing. Integrated error coders, MMB boards, TEC temperature control units; 2 light module tests compatible with different containments can be tested at the same time; replacement of interfaces supported by typical values at speeds; 106 25 GBd; multiple test code types supported by channels configured independently for NRZ or PAM4 signal formats; hardware FEC functions supported by PRBS7Q ~PRBS58Q, SSPRQ and custom code types; PCS player of RS-FEC output polar roll-over supported by 10 TAP pre-enhancement settings supported by output range setting TEC chillers using split independent designs; replacement or maintenance of TEC chillers supported AC rapid continuous cooling; super-longer temperatures

Specifications

ParameterValue
Ratetyp: 106.25; NRZGbps
Ratetyp: 106.25; PAM4; typ: PRBS 7, 9, 10, 11, 13, 15, 20, 23, 31
CodeCustom Code Support 120bits; typ: PRBS 7Q,9Q, 10Q, 11Q, 13Q 15Q, 20Q,23Q; typ: and user pattern; typ: SSPRQsquare wave and user pattern
Codetyp: 31Q JP03B, Linearity Patterson, JP03A, JP03B; custom code for 120bits
Output band valuemin: 0; typ: ~; max: 900; communication coupling, differential
Clock output bandtyp: 500;Communication coupling, single end 50ohm
Range of electrical reception channelsMin: 100; typ: ~; max: 650; communication coupling, differential
Modetypep: Multi-channel statistics
Airborne temperatureMin: -15; max: 85; condition: TEC surface temperature
Load temperatureMin: -15; max: 85; condition: light module to report temperature
O°Cto75°Cmin: 1; typ: 1.5; max: 2
Refrigerationmin: 128; typ: 1000; max: 1680
Heatmin: 1200; typ: 1000; max: 1400
Temperature precisionmin: 0.01; typ: 0.1; max: 0.5
Noisetyp: 43dB

Applications

Development and production of light distribution modules (QSFP-DD/OSFP); in particular the parallel 1.6T products; development and production of 1.6T high-speed cables (QSFP-DD/OSFP); quality testing and production of systems equipment by system equipment suppliers; installation and troubleshooting of systems equipment

Datasheet

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Supplier Information

Ov
Ovlink
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Wuhan OVLink Interconnection Technology Co., Ltd. (abbreviated as "OVLink") is located in Future Science City, East Lake National Independent Innovation Demonstration Zone, Wuhan, China. With a registered capital of 10 million RMB, it was founded in 2013 by a technical team from Huazhong University of Science and Technology. The company is an enterprise of Optics Valley "3551 Talents", a gazelle enterprise, a specialized and innovative enterprise in Hubei Province, and a national high-tech enterprise. Through continuous technological innovation, the company provides cost-effective test instruments and services for optical communication and optical sensing users. Its products cover high-speed optical module testing, high-speed coherent optical communication, fiber grating processing and testing, semiconductor laser control and light sources, distributed optical fiber sensing components and systems, etc. It not only provides cost-effective test instruments, but also provides module-level and system-level customized development services.

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