Mini SCSI 68 Pin to HPCN68 Cable
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Mini SCSI 68 Pin to HPCN68 Cable

Premier Cable PCM-S-0773 is a Mini SCSI 68 Pin Male to HPCN68 Male Cable features dual 68-pin high-density connectors for industrial control, DAQ, server expansion, and test systems, providing reliable data connectivity.
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Product Introduction

PCM Cable Co., Ltd. is one of the leading Mini SCSI 68 Pin to HPCN68 Cable manufacturers and suppliers in China. Welcome to wholesale high quality customized products at discount price from our factory. Contact us for quotation and free sample.

 

 

 

PCM-S-0773 is a newly developed Dual Mini SCSI 68 Pin Male to HPCN68 Male Cable from Premier Cable, designed for high-density SCSI interface compatibility applications. One end features a Mini SCSI 68-pin male connector, while the other end uses an HPCN68 male connector, enabling reliable communication between different 68-pin SCSI equipment platforms.

 

Compared with traditional SCSI connection solutions, this cable combines two compact 68-pin interface formats while maintaining multi-channel signal transmission capability, making it suitable for server racks, industrial controllers, test systems, and professional computing platforms.

 

The Mini SCSI 68 Pin to HPCN68 Cable features industrial shielded cable construction to minimize EMI, electrical noise, and signal crosstalk, ensuring stable transmission of data, control, and feedback signals.

 

Manufactured with precision connector assembly and strict electrical testing, the cable is designed for long-term operation and high-reliability system integration.

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Core Advantages

Architected for high-bandwidth automated machine vision setups and real-time motion control loops requiring multi-stream trunk aggregation. It accomplishes direct peer-to-peer interconnection across variant micro-density matrices (0.8mm pitch host plugs to 1.27mm pitch locking HPCN shells) while retaining dual independent hardware-level logic tracks. This setup drives real-time, jitter-free multi-camera synchronous frame grabbing, completely avoiding packet droppings.

Stable Connection

Deploys variant industrial retention frameworks on each end: heavy-duty zinc alloy thumb-screws on the VHDCI master and high-tension spring-steel quick-latch clips on the terminal HPCN assembly. This non-directional locking system counteracts reverse twisting mechanics generated by thick dual-core routing, holding pin vectors true under intense dynamic acceleration and eliminating micro-arc signal variations.

Installation Requirements

Constructed around a specialized twin-axial style perimeter trunk, breaking out into dual separate lanes near the target ports via a heavy overmolded splitter block. The split channels deliver high geometric elasticity, permitting sharp 90-degree spatial curves inside deep hardware server rack channels. Low-profile shell outlines feature crisp laser-etched markers to ensure faultless single-handed blind mating.

 

 

Products Specification

 

 

Product Name Mini SCSI 68 Pin Male to Dual HPCN68 Male Splitter Cable
Part Number

PCM-S-0773

P0 Connector

Mini SCSI 68 Pin Male

P1 Connector

HPCN68 Male

P2 Connector

HPCN68 Male

Cable Length 1500mm ±30mm
Conductor Structure 30AWG × 34Pair + AEB
Cable Diameter OD 9.5mm approx.
Cable Standard UL20276

 

 

 

Products Display

 

 

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Product Features

 

 

Twin VHDCI Male to Dual HPCN68 Male Link

Implements a pure male-to-male straight-through topology matching diverse high-density interfaces directly on a unified line.

01

Coaxial-Style Twin-Chamber Isolation Armor

Features a twin-chamber inner armor sleeve design wrapping each signaling bundle separately to block localized inter-channel crosstalk.

02

Superconducting Refined OFC Pairs

Composed of high-conductivity refined Oxygen-Free Copper twisted signals to maximize steep wave-edge clarity over extended runs.

03

Polarized Zinc Alloy Shroud Centering Guides

Outfitted with hardened polarized D-shape die-cast zinc hoods on all ends to enforce zero-tilt seating, saving fragile micro-pins.

04

 

 

Core Application Scenarios

 

 

Multi-Camera Machine Vision Systems

 

Used in multi-camera systems, PCIe image acquisition cards, and medical 3D imaging platforms for reliable high-volume image data transmission in intelligent inspection and real-time vision processing.

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Industrial PC Backplane Cascading

 

Designed for industrial PC backplane expansion, VHDCI-to-HPCN68 conversion, and multi-axis servo networks, enabling reliable communication between controllers, terminals, and motion modules.

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Core Performance Advantages

 

 

 
01
 

Lock Synchronous Frame Integrity Across Multi-Camera Setup

Extreme intra-pair propagation symmetry retains precise clock timing, securing uncompromised image matrices across complex machine lines.

 
02
 

Bypass Active Converters to Drastically Trim Bill of Materials

Resolving cross-mating boundaries via passive wire geometry eliminates bulky adapter boxes, slashing system integration budgets by 45%.

 
03
 

Drive Ultra-Fast Hot-Swaps via Toolless Retainers

Integrating a responsive squeeze-to-release profile alongside thumbscrews helps field engineers run instant, toolless rack maintenance.

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Frequently Asked Questions

 

 

 

Q1: Is this cable (PCM-S-0773) with both ends being male-to-male connectors, and its internal 68pins have point-to-point fully direct pin mapping?

 

A1: Yes. It is a standard 1 to 1 straight-through type (Pin 1 to Pin 1, Pin 2 to Pin 2.) two-channelcluster cable. Although the interface shapes are very different at the two ends (one end is a miniatureVHDCI Blade head 0.8mm apart, and the other end is an HPCN head 1.27mm apart with a lock), theinternal physical differences are tightly connected in logical order. This architecture is perfect andcompatible with the mainstream industrial systems that rely on this topology for high-speedheterogeneous collection card interconnection and distributed I/O cascading.

 

 

 

 

Q2: For ultra-high-speed differential clock signals (e.g. Camera Link base band), what is themaximum supported cable length for this heterogeneous conversion line?

 

A2: When an online cable is used to transmit high-frequency parallel cube signals or when fully loaded with theUltra320 SCSI protocol, in order to prevent the dircularization of the signal waveform edges due to physical conversioncrossings, we strongly recommend that the finished line length be controlled within 2.5 meters to 3 meters.If you onlyneed low-frequency distributed switching I/0 or serial encoder feedback in their transmissions, Premier Cable cancustomze specifications up to 5 meters long and add coarse gauges to compensate for long-term DC pressure reduction

 

 

 

Q3: Why use 68-pin high-density interface?

 

A3:The 68-pin interface provides more signal channels in limited space, making it suitable for high-density data communication and system expansion.

 

 

 

Products Drawing

 

 

PCM-S-0773 2S 68 - HPCN 680

 

 

Get In Touch

 

 

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