Backplane Connectors - Hard Metric, Standard

Image Part Number Description / PDF Quantity Rfq
CP2-HA110-GC1-KR

CP2-HA110-GC1-KR

3M

CONN HEADER 154POS 2MM PRESS-FIT

0

HM2S10PD51M1N9LF

HM2S10PD51M1N9LF

Storage & Server IO (Amphenol ICC)

5R STR REC TYPA 0.76GXT

0

HM2P87PME125GFLF

HM2P87PME125GFLF

Storage & Server IO (Amphenol ICC)

CONN HARD METRIC

0

17011542050

17011542050

HARTING

CONN HEADER 2MM PRESS-FIT

0

3-646373-0

3-646373-0

TE Connectivity AMP Connectors

CONN HEADER 200POS 2MM PRESS-FIT

0

RMPIR01K00E2RLF

RMPIR01K00E2RLF

Storage & Server IO (Amphenol ICC)

RMPIR01K00E2RLF

0

278077200010863+

278077200010863+

KYOCERA Corporation

CONN RECEPT

0

HM2PN1PDP265N9LF

HM2PN1PDP265N9LF

Storage & Server IO (Amphenol ICC)

CONN HEADER 132POS 2MM PRESS-FIT

0

1-100143-9

1-100143-9

TE Connectivity AMP Connectors

CONN HEADER 110POS 2MM PRESS-FIT

0

HM2P07PKF1H7GCLF

HM2P07PKF1H7GCLF

Storage & Server IO (Amphenol ICC)

CONN HEADER 110POS TYPE A VERT

0

008017130000004J

008017130000004J

KYOCERA Corporation

CONN RACK AND PANEL

0

17030662202

17030662202

HARTING

CONN HEADER 2MM PRESS-FIT

0

HM2P08PDW111N9LF

HM2P08PDW111N9LF

Storage & Server IO (Amphenol ICC)

CONN HARD METRIC

0

HM2PN1PNL3Y5GFLF

HM2PN1PNL3Y5GFLF

Storage & Server IO (Amphenol ICC)

CONN HEADER 132POS 2MM PRESS-FIT

0

178071154508863P+

178071154508863P+

KYOCERA Corporation

BOARD TO BOARD

0

HM2P65PDK3Y1N9LF

HM2P65PDK3Y1N9LF

Storage & Server IO (Amphenol ICC)

CONN HEADER 169POS 2MM PRESS-FIT

0

HM2P11SZ5001N9LF

HM2P11SZ5001N9LF

Storage & Server IO (Amphenol ICC)

CONN HEADER 80POS 2MM SOLDER

0

2102736-2

2102736-2

TE Connectivity Aerospace Defense and Marine

ASSY, VERT RECPT, CENTER, MG, RU

0

6645167-1

6645167-1

TE Connectivity AMP Connectors

CONN HEADER 88POS 2MM PRESS-FIT

0

HM2P40PD5110N9LF

HM2P40PD5110N9LF

Storage & Server IO (Amphenol ICC)

CONN HEADER 110POS 2MM PRESS-FIT

0

Backplane Connectors - Hard Metric, Standard

1. Overview

Hard Metric Standard Backplane Connectors are precision-engineered electrical components designed for high-density interconnection in complex systems. Defined by their standardized 2.54mm (0.1") grid spacing, these connectors ensure mechanical and electrical compatibility across generations of equipment. Their importance in modern technology stems from enabling scalable, high-reliability architectures in telecommunications, industrial automation, and mission-critical computing systems.

2. Main Types & Functional Classification

TypeKey FeaturesApplications
2.54mm Hard MetricStandardized pitch, 1-6 rows, up to 60A per contactTelecom switches, industrial controllers
2.00mm Hard MetricReduced pitch, enhanced vibration resistanceHigh-density servers, medical imaging
1.27mm Hard MetricUltra-high density, low insertion forceCompact test equipment, aerospace systems

3. Structure & Composition

Typical construction includes: - Insulating housing (LCP/nylon with high thermal stability) - Contact array (phosphor bronze with gold/silver plating) - Polarization keying for mating assurance - EMI shielding via integrated metal frames - Actuation mechanism (lever-assisted or push-pull variants)

4. Key Technical Specifications

ParameterTypical ValueImportance
Current Rating1-60A per contactDetermines power delivery capacity
Contact Resistance 5m Impacts signal integrity
Dielectric Strength1000VACSafety and insulation reliability
Mating Cycles200-2000 cyclesSystem longevity indicator
Operating Temp-55 C to +125 CEnvironmental robustness

5. Application Fields

  • Telecommunications: 5G base stations, optical transport systems
  • Industrial: PLC backplanes, test & measurement equipment
  • Medical: MRI scanners, diagnostic imaging systems
  • Transportation: Rail signaling systems, avionics

6. Leading Manufacturers & Products

ManufacturerProduct SeriesKey Features
TE ConnectivityHERMHARD HM2.54mm, 3-row, 3000V isolation
AmphenolHarshIO HMIP67-rated, extreme vibration resistance
MolexMX Hard MetricHigh-speed differential pairs, 25Gbps

7. Selection Guidelines

Key considerations include: - Electrical requirements (current/voltage per contact) - Mechanical constraints (board spacing, mating force) - Environmental conditions (temperature, vibration) - Future scalability (modular design compatibility) - Cost optimization (total lifecycle vs upfront cost)

8. Industry Trends

Emerging developments include: - Integration with optical backplane technology - Increased adoption of 1.27mm pitch for compact systems - Enhanced thermal management solutions - RoHS-compliant plating materials (replacing cadmium) - Smart connectors with integrated diagnostics

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