Engineered for Reliable Data Flow

In high-density storage environments, cables aren't accessories—they're critical infrastructure. A single unreliable SAS cable can take down an entire array. That's why CONSHARE builds every SlimSAS 4x cable to exceed industry standards, delivering the signal integrity and durability your SAS 3.0 infrastructure demands.

Signal Integrity That Matters

Precision 85-Ohm Impedance Control

Most manufacturers treat impedance as a checkbox. At CONSHARE, it's the foundation of reliable transmission. Our cables maintain consistent 85-ohm impedance throughout—with tighter tolerances in the cable body and controlled transitions at connectors.

Impedance mismatches cause signal reflections, errors, and retransmissions that cripple throughput. Our precision design means cleaner signals, fewer errors, and consistent performance under load.

30µ" Gold Plating: Built to Last

Connection points are where failures start. We specify 30 micro-inches of gold plating—substantially thicker than the 15-20µ" standard on budget cables.

The payoff:

• Superior corrosion resistance in humid data center environments

• Lower contact resistance for consistent signal transmission

• Extended lifespan through repeated mating cycles

This is engineering that directly reduces your total cost of ownership.

100% Tested. Every Cable.

We don't sample-test batches. Every CONSHARE SlimSAS cable undergoes full open/short testing before shipment.

You won't discover a defective cable during a critical deployment. What's on the spec sheet is what you get—every time, every cable.

Built for Real-World Conditions

Mechanical Robustness

Data centers are harsh on cables. Vibration, cable management adjustments, and installation stress all take their toll.

Our connector latches use SUS301 stainless steel at 3/4 hardness—thicker and more resilient than competitors. The latch stays secure through vibration, maintains locking force, and resists damage during installation.

The PBT overmolded body balances strength, flexibility, and heat resistance—no brittleness in cold, no softening under sustained heat.

Materials Selected for Performance

We don't meet minimums—we excel:

• PET braided sleeving: Abrasion resistance without sacrificing flexibility

• Acetate tape: Reinforces stress points, preventing conductor fatigue

• PE dust covers: Protects contacts during shipping and storage

RoHS 2.0 Compliant

Full RoHS 2.0 compliance isn't just regulatory—it means higher-quality, more reliable materials and processes that happen to be environmentally responsible.

Choose Your Length

350mm (CU00CASA00146): Compact & Efficient

Ideal for:

• 1U/2U server internal connections

• Short backplane-to-HBA runs

• High-density blade servers

• Adjacent drive bays

Minimizes slack, improves airflow, and simplifies cable management in tight spaces.

800mm (CU00CASA00145): The Versatile Standard

Our most popular length handles most deployments:

• Full-tower and 4U server configurations

• Cross-chassis storage array connections

• HBA to front/rear backplane runs

• Moderate-spacing rack connections

Enough slack for clean routing without unnecessary signal loss.

Custom Lengths Available

Standard lengths don't fit every deployment. CONSHARE builds custom-length SlimSAS cables to your exact specifications—including connector orientations and shielding configurations.

Where These Cables Excel

High-Density Storage Arrays

Compact form factor and flexible construction make routing through 2U/4U chassis effortless. Four full SAS lanes per cable maximize bandwidth while maintaining clean airflow.

Server-to-HBA Connections

Impedance-controlled design ensures clean signal delivery, reducing CRC errors and retransmissions that throttle storage performance.

Pro tip: Use redundant paths to separate HBAs for mission-critical deployments—automatic failover, zero downtime.

Edge Computing Deployments

Wider temperature ranges, vibration, and less controlled environments are no match for our robust construction and corrosion-resistant plating.

Compatibility Quick Reference

Common Problems We Solve

Signal Loss Over Distance

Problem: Longer cables mean more attenuation, leading to errors and dropped connections.

Our fix: Each standard length is validated to maintain full SAS 3.0 performance. For extended runs, we offer upgraded constructions and active solutions.

Vibration-Induced Failures

Problem: Cheap latches work loose in high-vibration environments, causing intermittent connections that are hard to diagnose.

Our fix: Heavy-duty stainless steel latches provide positive, vibration-resistant locking. Gold-plated contacts maintain connection even with minor movement.

EMI/RFI Interference

Problem: Crowded racks with high-power components degrade signal quality on longer runs.

Our fix: Shielded construction with proper grounding at both ends delivers excellent EMI/RFI rejection. Controlled impedance minimizes interference impact.

The CONSHARE Difference

When you choose CONSHARE, you're choosing decades of high-speed interconnect engineering experience.

Every cable:

• Is 100% tested before shipment

• Uses materials selected for durability, not cost

• Meets or exceeds industry standards

• Comes with engineering support

We don't race to the bottom on price. We build cables that perform reliably, last longer, and save you money by reducing downtime and replacements.

From a single 350mm server upgrade to custom-length large-scale deployments, CONSHARE keeps your data flowing.

Contact CONSHARE for volume pricing, custom configurations, or engineering support.

Product Documentation