Products Network Cables & Power Cords Fiber Cables Mirapath sponsors the 2010 Data Center Efficiency Summit

Mirapath sponsors the 2010 Data Center Efficiency Summit

Mirapath is sponsoring The Data Center Summit, which is a partnership between the Silicon Valley Leadership Group, the California Energy Commission and the Lawrence Berkeley National Lab.

The Data Center Efficiency Summit is a one day forum that focuses on best practices and emerging technologies/applications that reduce data center costs and significantly increase efficiencies for both legacy and new construction.

Data Center operators present case studies on their efficiency projects accompanied by actual results and ROIs. Projects cover both IT optimization options and facilities related energy efficiency improvements that increase data center efficiencies.

This year's summit will be hosted by Brocade. This is the third annual Data Center Efficiency Summit. Over 400 data center professional, executives and investors attended last year's Data Summit hosted by NetApp.

    Host sites for case studies: Case Study topics:
    • Yahoo
    • Microsoft
    • Facebook
    • Cisco
    • Brocade
    • eBay
    • NetApp
    • Kaiser Permanente
    • California Franchise Board
    • Stanford University
    • And many other contributing companies and organizations
    • Water and Air Economization
    • New Storage Solutions
    • Virtualization
    • Auto Server Power down
    • Containerized Data Center
    • Air Containment
    • Modular Cooling Solutions VFDs on CRAC units
    • Rear Door Heat Exchangers

When: October 14 (Thursday)
Program 8:00 am to 5:00 pm
5:00 to 6:30 pm Cocktail Reception

Where: Brocade, Building 3, 130 Holder Way, San Jose CA 95134

Contact one of our sales representatives if you would like to attend the Data Center Efficiency Summit for a discounted rate. Call us at (877) 647-2728 or email This e-mail address is being protected from spambots. You need JavaScript enabled to view it .

Bundled Fiber Cable

Mirapath now does custom fiber bundle cables!

We know each install is different, and each install has different needs. At Mirapath, we're able to provide these custom bundled fiber cables (also referred to as fiber trunk cable, and fiber pigtail cables) to fit your specific needs. You can customize nearly everything, from various cable and strand lengths, connector/end types, cable diameter, and single and multimode fiber configurations.


Contact us for pricing and availability

Type

Fiber cables come in 2 different cable types: Simplex and Duplex.

Simplex
Simplex fiber is a single fiber cable that allows for a single signal to be transferred one way.
Simplex cables are mainly used in the test environment/stage.

Duplex
Duplex cables consist of two fibers which allow for bi-directional transfer.
One fiber transmits data in one direction, while the other fiber transmits the data in the opposite direction.

Mode

Fiber cables come in 2 different cable modes: Single-mode, and Multi-mode.
Depending on the application, one would choose to either use single-mode or multi-mode fiber.

Single Mode (yellow)
Single mode fiber cables have a small glass core which allow for high speed data transmission over long distances.
Single mode fiber cables are also less susceptible to attenuation than multimode cables.

Multimode (orange)
Multimode fibers have larger cores and are able to carry more data than single mode fibers, but are more effective at shorter distances, due to their heightened attenuation levels.

Microns

Fiber cables come in a few different core sizes:
9/125, 50/125, and 62.5/125 Microns
Each core size serves a particular function.
As the data rate goes up, the distance that rate can be transmitted goes down.

9/125 Microns
9/125 Micron fiber cables are considered single-mode, allowing only a single wavelength of light to be transmitted through the cable.
9/125 Micron fiber is typically used in network connections over long lengths.

50/125 Microns and 62.5/125 Microns
50/125 Micron multimode fiber allows high, low, and normal order modes of signal transfer between the fiber ends.
50/125 Micron is one of the more widely used micron sizes amongst data networks

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