Revolutionize your data center connectivity with the BWN-200G-2x100G-D0.5, a high-performance breakout cable that delivers lightning-fast 200Gbps connectivity while optimizing space and reducing costs. This premium 0.5-meter passive twinax cable provides seamless connectivity between your 200G QSFP56 equipment and two 100G devices, offering the perfect solution for modern networking infrastructure that demands both speed and reliability.
Infiniband DAC Cables
| Part No. | Data Rate | Protective sleeve material | Distance | Connector Type |
|---|---|---|---|---|
| BWN-200G-D0.5 | 200G PAM4 | PVC | 0.5m | QSFP56 To QSFP56 |
| BWN-200G-D1 | PVC | 1m | ||
| BWN-200G-D2 | PVC | 2m | ||
| BWN-200G-D3 | PVC | 3m | ||
| BWN-200G-2X100G-D0.5 | 200G to 2x100G PAM4 | PVC | 0.5m | QSFP56 To 2*100G QSFP28 |
| BWN-200G-2X100G-D1 | PVC | 1m | ||
| BWN-200G-2X100G-D2 | PVC | 2m | ||
| BWN-200G-2X100G-D3 | PVC | 3m | ||
| BWN-200G-4X50G-D0.5 | 200G to 4x50G PAM4 | PVC | 0.5m | QSFP56 to 4x50G SFP56 |
| BWN-200G-4X50G-D1 | PVC | 1m | ||
| BWN-200G-4X50G-D2 | PVC | 2m | ||
| BWN-200G-4X50G-D3 | PVC | 3m |
Standard DAC Cables
| Part No. | Data Rate | Protective sleeve material | Distance | Connector Type |
|---|---|---|---|---|
| BWN-10G-D1 | 10G | PVC | 1m | SFP+ To SFP+ |
| BWN-10G-D2 | PVC | 2m | ||
| BWN-10G-D3 | PVC | 3m | ||
| BWN-10G-D5 | PVC | 5m | ||
| BWN-10G-D7 | PVC | 7m | ||
| BWN-10G-D10 | PVC | 10m | ||
| BWN-40G-D1 | 40G | PVC | 1m | QSFP+ To QSFP+ |
| BWN-40G-D2 | PVC | 2m | ||
| BWN-40G-D3 | PVC | 3m | ||
| BWN-Q28-D1 | 100G | PVC | 1m | QSFP28 To QSFP28 |
| BWN-Q28-D2 | PVC | 2m | ||
| BWN-Q28-D3 | PVC | 3m | ||
| 40G-4X10G-D1 | 40G to 4x10G | PVC | 1m | QSFP+ To 4xSFP+ |
| 40G-4X10G-D2 | PVC | 2m | ||
| 40G-4X10G-D3 | PVC | 3m |
Key Features
- Industry-Leading Performance: Delivers 200Gbps data transfer rates with dual 100G outputs, maximizing throughput for mission-critical applications
- Universal Compatibility: Works flawlessly with equipment from Cisco, HPE, Juniper, Mikrotik, and other major manufacturers for hassle-free integration
- Space-Efficient Design: Significantly smaller footprint than traditional 100G QSFP28 transceivers, enabling higher port density in limited rack space
- Cost-Effective Solution: Provides high-speed connectivity at a fraction of the cost of optical alternatives while maintaining exceptional reliability
- Energy Efficient: Low power consumption design reduces operational costs and heat generation in dense networking environments
Application
- High-Density Data Centers: Perfect for modern data centers requiring maximum throughput in minimal space with reduced power consumption
- High-Performance Computing: Delivers the bandwidth needed for resource-intensive applications in financial services, scientific research, and AI/ML environments
- Network Infrastructure Upgrades: Enables seamless transition to higher speeds while maintaining compatibility with existing 100G equipment, protecting your investment
FAQs
SFP modules convert electrical signals to optical signals (or vice versa), enabling data transmission between networking devices such as switches and routers across various distances and media types.
Our SFP modules are MSA-compliant, ensuring broad compatibility with major equipment manufacturers. Verify compatibility through your device documentation, our online compatibility matrix, or by contacting our technical support team.
Yes, all our modules support hot-swapping. Use an ESD wrist strap during installation, handle modules by their edges, and ensure proper alignment before insertion to prevent damage.
Power consumption typically ranges from 1-2 watts. Operating temperature range is 0°C to 70°C (commercial) or -40°C to 85°C (industrial), with 5-95% non-condensing humidity tolerance.
Our modules come with a 3-year standard warranty covering manufacturing defects and performance issues under normal use. Extended warranty options are available for select products.
Technical documentation is available in our online knowledge base. Support can be accessed via email (support@bwnfibersfp.com), phone, or through our customer support portal.
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