Intel 100SWE48UF2, 4A994, AC, 5 - 40 °C, Q4'15, Launched, Intel® Omni-Path Switch Products
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Intel ® Omni-Path Edge Switch 100 Series 48 Port 2 PSU
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100SWE48UF2 Overview
Switch 100SWE48UF2 Single
Intel® Omni-Path Edge Switch 100 Series 48 Port Forward 2 PSU 100SWE48UF2
- Unmanaged
- Basic switching RJ-45 Ethernet ports quantity: 48
- 10G support
- Switching capacity: 100 Gbit/s
- 1U Rack mounting
- AC Power supply included
Summary Description
Intel 100SWE48UF2, 4A994, AC, 5 - 40 °C, Q4'15, Launched, Intel® Omni-Path Switch Products
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100SWE48UF2 Specifications
Overview
Manufacturer:
Intel
Stock:
In Stock.
Stock updated on:
2024-09-17
Design
Redundant fans support
Yes
Performance
Commodity Classification Automated Tracking System (CCATS)
NA
Export Control Classification Number (ECCN)
4A994
Power
Power source
AC
Number of power supply units
2
Operational conditions
Operating temperature (T-T)
5 - 40 °C
Packaging data
Rack rails
Yes
Logistics data
Harmonized System (HS) code
8517620020
Other features
Launch date
Q4'15
Status
Launched
Product series
Intel® Omni-Path Switch Products
Frequently Asked Questions
What is the primary architectural purpose of the Intel 100SWE48UF2 Omni-Path Edge Switch? +
The Intel Omni-Path Edge Switch 100 Series is designed specifically for high-performance computing (HPC) environments. It provides high-bandwidth, low-latency fabric connectivity, making it ideal for cluster computing, massive data analytics, and environments where rapid message passing between nodes is critical for application performance.
How many ports does the 100SWE48UF2 provide for fabric connectivity? +
This model is equipped with 48 high-speed ports, offering dense connectivity for high-performance clusters. This port density allows network architects to scale out their compute nodes efficiently while maintaining the necessary throughput required by the Omni-Path architecture to minimize bottlenecks across the fabric.
Does the Intel 100SWE48UF2 support redundant power configurations? +
Yes, this unit comes configured with dual power supply units (PSU). This hardware redundancy is essential for data centers and research facilities that require continuous uptime. If one power source fails, the switch maintains uninterrupted operation, ensuring that your fabric remains stable and available during unexpected power fluctuations.
In what deployment scenarios should I choose the 100SWE48UF2 over traditional Ethernet switches? +
You should choose this switch when your workload demands the specific performance characteristics of the Omni-Path architecture, such as extreme low-latency message passing. It is superior to standard Ethernet for MPI-based applications, large-scale scientific simulations, and storage-heavy workloads that benefit from the host-fabric interface optimizations unique to Intel Omni-Path.
Is the Intel 100SWE48UF2 compatible with standard high-performance server clusters? +
The switch is highly compatible with server environments utilizing Intel Omni-Path host fabric adapters. It serves as a dedicated fabric backbone. When planning your deployment, ensure your compute nodes are equipped with matching Omni-Path adapters to take full advantage of the advanced traffic management and data integrity features this switch provides.
What management capabilities are available for the 100SWE48UF2 switch? +
This switch supports advanced management features typical of enterprise-grade HPC fabric equipment. Administrators can configure and monitor the fabric through specialized management interfaces designed to handle the complexity of large-scale clusters. This allows for precise control over port performance, fabric topology, and health status monitoring across all 48 ports.
How does the Omni-Path technology in this switch impact data transmission latency? +
Omni-Path technology significantly reduces latency by streamlining the communication path between compute nodes. By offloading specific packet handling tasks from the processor to the fabric, the 100SWE48UF2 minimizes overhead. This results in faster synchronization times and improved execution speeds for parallel processing tasks that are highly sensitive to network delays.
What is the physical rack space requirement for the 100SWE48UF2? +
The 100SWE48UF2 is designed for standard rack-mount installations in professional data centers. Given its port density and the inclusion of dual power supplies, it is engineered for efficient cooling and cable management within a rack environment. Always verify your cabinet depth and airflow clearance to ensure optimal performance and thermal management during heavy operation.
Can I request a bulk quote for multiple 100SWE48UF2 units from BuyRouterSwitch.com? +
Absolutely. If you are planning a large-scale deployment or infrastructure refresh, our sales team at BuyRouterSwitch.com can provide competitive pricing for bulk quantities. Simply reach out to us with your project requirements, and we will prepare a customized quote tailored to your specific hardware needs and quantity expectations.
Why should I choose BuyRouterSwitch.com for my Intel hardware procurement? +
BuyRouterSwitch.com is a trusted source for enterprise networking hardware, prioritizing authentic products and efficient service. Our team understands the specific requirements of HPC environments like yours, ensuring that you receive the exact hardware specifications required for your project. We streamline the ordering process, allowing you to secure necessary components quickly and reliably.
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