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AI Server & Data Center Connectors

AI Server & Data Center Connectors

Articles

12 entries
EDSFF Connectors Explained: E1.S vs E3.S for OCP Server Storage
AI Server & Data Center Connectors

EDSFF Connectors Explained: E1.S vs E3.S for OCP Server Storage

Compare EDSFF E1.S and E3.S storage connector form factors, examining SFF-TA-1002 edge interface pins, thermal airflow advantages, and high-density NVMe drive integration.

31 AUG 2026Read →
CRPS Explained: OCP's Common Redundant Power Supply Connector Standard
AI Server & Data Center Connectors

CRPS Explained: OCP's Common Redundant Power Supply Connector Standard

Explore the CRPS (Common Redundant Power Supply) connector interface, featuring card-edge pin assignment breakdown, hot-swapping mechanisms, and server chassis design.

31 AUG 2026Read →
OCP OAM Connectors Explained: Accelerator Module Interconnect Design
AI Server & Data Center Connectors

OCP OAM Connectors Explained: Accelerator Module Interconnect Design

Discover how OCP Open Accelerator Module (OAM) high-density mezzanine connectors handle high-speed interconnects, massive power delivery, and thermal tolerances in AI processing systems.

31 AUG 2026Read →
OCP Open Rack Busbar Power Connectors: ORv2 vs ORv3 Explained
AI Server & Data Center Connectors

OCP Open Rack Busbar Power Connectors: ORv2 vs ORv3 Explained

Compare OCP Open Rack ORv2 and ORv3 busbar power connector architectures, examining 12V vs 48V current density, blind-mate tolerance, and contact design.

31 AUG 2026Read →
OCP DC-SCM Explained: The Data Center Secure Control Module Connector Interface
AI Server & Data Center Connectors

OCP DC-SCM Explained: The Data Center Secure Control Module Connector Interface

A detailed engineering guide to the OCP Data Center Secure Control Module (DC-SCM) connector interface, exploring board-to-board decoupling, high-speed signals, and server management physical design.

31 AUG 2026Read →
Copper vs. optical in high-speed data links
AI Server & Data Center Connectors

Copper vs. optical in high-speed data links

Compare Direct Attach Copper, Active Optical Cables, and pluggable transceivers at 112G and 224G PAM4. Evaluate reach, power consumption, latency, and cost trade-offs.

28 JUL 2026Read →
Mezzanine connectors explained: Applications in servers
AI Server & Data Center Connectors

Mezzanine connectors explained: Applications in servers

Explore high-density mezzanine connectors in server architectures. Learn board-to-board stack height optimization, 112G/224G PAM4 BGA interfaces, hermaphroditic contact designs, and signal integrity rules.

28 JUL 2026Read →
High-speed backplane connectors
AI Server & Data Center Connectors

High-speed backplane connectors

Explore backplane connector architectures for modular chassis switches and AI compute nodes. Compare traditional, direct orthogonal, and cabled backplane topologies at 112G/224G PAM4.

28 JUL 2026Read →
800G Ethernet interconnects and form factors
AI Server & Data Center Connectors

800G Ethernet interconnects and form factors

Compare OSFP and QSFP-DD form factors powering 800G Ethernet in AI clusters. Evaluate thermal dissipation, backward compatibility, and port density trade-offs.

28 JUL 2026Read →
PCIe Gen5 connector selection guide
AI Server & Data Center Connectors

PCIe Gen5 connector selection guide

A practical guide for choosing PCIe Gen5 connectors. Evaluate CEM card edge, SFF-TA-1002 (EDSFF), and Gen5 flyover cable options across insertion loss and layout constraints.

28 JUL 2026Read →
GPU server connectors explained
AI Server & Data Center Connectors

GPU server connectors explained

Discover the physical connector standards powering GPU servers. Learn SXM, OAM mezzanine form factors, 12VHPWR/12V-2x6 power connections, and high-speed fabric routing.

28 JUL 2026Read →
PCIe connectors explained: Gen4 vs Gen5 vs Gen6
AI Server & Data Center Connectors

PCIe connectors explained: Gen4 vs Gen5 vs Gen6

Compare PCIe Gen4, Gen5, and Gen6 card edge connectors. Analyze the jump from 16 GT/s to 64 GT/s, NRZ to PAM4 signaling transitions, and tight channel loss budgets.

28 JUL 2026Read →