Alpha Bridge AQSOH-T-X5-PEV

Features

  • Up to 800Gb/s data rate
  • 8x100Gb/s PAM4 modulation
  • Compatible to QSFP-DD Hardware Specification
  • Compatible to IEEE802.3cK
  • Hot-pluggable
  • Power Supply Voltage: 3W
  • RoHS compliant
  • Operating temperature range: 0℃ to 70℃

Application

  • Switches, Servers, Routers, Storage Arrays
  • Networking Equipment
  • Data Cables
  • Telecommunications Central Offices
  • Test and Measurement Equipment
  • Test and Measurement Equipment

Description

AlphaBridge QSFP-DD800 (Double Density) Passive Direct Attach Copper Cable features 8 transmitting and 8 receiving 100Gbps PAM4 channels for 800G operation. The cable assembly meets IEEE 802.3ck 400GBase -CR4, 200Gbase-CR2, and 100GBase-CR1 standards with substantial signal integrity margin providing high performance and bandwidth interconnect solutions for high-density applications.

As next-gen data centers deploy faster speed in a tighter space, they need high-performance cables that reduce power consumption, provide reliable operation, and are low-cost. AlphaBridge QSFP-DD800 cable is designed to meet the next-gen data center needs. With unique foam dielectric construction, Volex QSFP-DD800 cable offers the smallest cable outer diameter and bend radius, and the highest flexibility, while meeting or exceeding the MSA signal integrity specification.

Absolute Maximum Ratings

Parameter Symbol Min. Typ. Max. Units
Storage Temperature TS -40   85 ℃
Supply Voltage VCC3 3.135   3.465 V
Relative Humidity (non-condensation) RS 5   85 %

Recommended Operating Conditions & Power Supply Requirements

Parameter Symbol Min. Typ. Max. Units
Operating Case Temperature TOP 0   70 ℃
Power Supply Voltage VCC3 3.135   3.465 V
Voltage on LVTTL Input ViIvttl -0.3   VCC3 +0.2 V
Power Supply Current Icc3 0.001     mA

Frequency Domain

Item Test Parameter IEEE802.3ck Specification
  1   Differential Insertion Loss (SDD21) Maximum insertion loss at 26.56GHz -19.75dB Minimum insertion loss at 26.56GHz -11dB
  2   Common Mode Reflection (SCC11/SCC22) -1.4dB @ 0.05 to 6GHz -0.68-0.12*(f) @ 6 to 30GHz -10.28+0.2*(f) @ 30 to 40GHz
  3 Common Mode Conversion (SCD11/SCD22) -22+(10/25.56)*(f) @ 0.05 to 26.56GHz -15+(3/25.56)*(f) @ 26.56 to 40GHz
  4 Differential to Common Mode Conversion Loss (SCD21-SDD21) -10dB @ 0.05 to 12.89GHz -14+0.3108*(f) @ 12.89 to 40GHz
5 Channel Operating Margin (COM) 3dB Minimum
  6   Effective Return Loss (ERL) * 8.25 dB Minimum. Cable assemblies with a COM greater than 4 dB are not required to meet minimum ERL
7 Insertion Loss* (SDD21) for 0.5M 30awg 25.65GHz : -14.55 dB Max
Insertion Loss* (SDD21) for 1.0M 28awg 25.65GHz : -16.75 dB Max
Insertion Loss* (SDD21) for 1.5M 26awg 25.65GHz : -17.45 dB Max
Insertion Loss* (SDD21) for 2.0M 26awg 25.65GHz : -19.75 dB Max

Pin Description

Pin Symbol Description Logic Direction Plug Sequence Notes
1 GND Ground     1  
2 TX2p Transmitter Data Non-Inverted CML-I Input from Host 3  
3 TX2n Transmitter Data Inverted CML-I Input from Host 3  
4 GND Ground     1  
5 TX4p Transmitter Data Non-Inverted CML-I Input from Host 3  
6 TX4n Transmitter Data Inverted CML-I Input from Host 3  
7 GND Ground     1  
8 TX6p Transmitter Data Non-Inverted CML-I Input from Host 3  
9 TX6n Transmitter Data Inverted CML-I Input from Host 3  
10 GND Ground     1  
11 TX8p Transmitter Data Non-Inverted CML-I Input from Host 3  
12 TX8n Transmitter Data Inverted CML-I Input from Host 3  
13 GND Ground     1  
14 SCL 2-wire Serial interface clock LVCMOS-I/O Bi-directional 3 Open-Drain with pull-up resistor on Host
15 VCC +3.3V Power   Power from Host 2  
16 VCC +3.3V Power   Power from Host 2  
17 LPWn/PRSn Low-Power Mode / Module Present Multi-Level Bi-directional 3 See pin description for required circuit
18 GND Ground     1  
19 RX7n Receiver Data Inverted CML-O Output to Host 3  
20 RX7p Receiver Data Non-Inverted CML-O Output to Host 3  
21 GND Ground     1  
22 RX5n Receiver Data Inverted CML-O Output to Host 3  
23 RX5p Receiver Data Non-Inverted CML-O Output to Host 3  
24 GND Ground     1  
25 RX3n Receiver Data Inverted CML-O Output to Host 3  
26 RX3p Receiver Data Non-Inverted CML-O Output to Host 3  
27 GND Ground     1  
28 RX1n Receiver Data Inverted CML-O Output to Host 3  
29 RX1p Receiver Data Non-Inverted CML-O Output to Host 3  
30 GND Ground     1  
31 GND Ground 1  
32 RX2p Receiver Data Non-Inverted CML-O Output to Host 3  
33 RX2n Receiver Data Inverted CML-O Output to Host 3  
34 GND Ground 1  
35 RX4p Receiver Data Non-Inverted CML-O Output to Host 3  
36 RX4n Receiver Data Inverted CML-O Output to Host 3  
37 GND Ground 1  
38 RX6p Receiver Data Non-Inverted CML-O Output to Host 3  
39 RX6n Receiver Data Inverted CML-O Output to Host 3  
40 GND Ground 1  
41 RX8p Receiver Data Non-Inverted CML-O Output to Host 3  
42 RX8n Receiver Data Inverted CML-O Output to Host 3  
43 GND Ground 1  
44 INT/RSTn Module Interrupt / Module Reset Multi-Level Bi-directional 3 See the pin description for required circuit
45 VCC +3.3V Power Power from Host 2  
46 VCC +3.3V Power Power from Host 2  
47 SDA 2-wire Serial interface data LVCMOS-I/O Bi-directional 3 Open-Drain with a pull-up resistor on the Host
48 GND Ground 1  
49 TX7n Transmitter Data Inverted CML-I Input from Host 3  
50 TX7p Transmitter Data Non-Inverted CML-I Input from Host 3  
51 GND Ground 1  
52 TX5n Transmitter Data Inverted CML-I Input from Host 3  
53 TX5p Transmitter Data Non-Inverted CML-I Input from Host 3  
54 GND Ground 1  
55 TX3n Transmitter Data Inverted CML-I Input from Host 3  
56 TX3p Transmitter Data Non-Inverted CML-I Input from Host 3  
57 GND Ground 1  
58 TX1n Transmitter Data Inverted CML-I Input from Host 3  
59 TX1p Transmitter Data Non-Inverted CML-I Input from Host 3  
60 GND Ground 1  

Ordering Information

Model  Number Part Number AWG Length Temperature
800G OSFP DAC-0.5M AQSOH-T-X5-PEV 30 0.5M 0°C to 70 °C
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Alpha Bridge AQSFP28-100G-SX4

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