 
|
NVIDIA MFS1S00-H020V 20m QSFP56 200Gb/s Active Optical Cable | Long-Reach AOC for InfiniBand HDR & 200GbE Networks
Detail produk:
| Nama merek: | Mellanox |
| Nomor model: | MFS1S00-H020V |
| Dokumen: | MFS1S00-HxxxV 200Gbs-QSFP56...ns.pdf |
Syarat-syarat pembayaran & pengiriman:
| Kuantitas min Order: | 1 buah |
|---|---|
| Harga: | Negotiate |
| Kemasan rincian: | Kotak luar |
| Waktu pengiriman: | Berdasarkan persediaan |
| Syarat-syarat pembayaran: | T/T |
| Menyediakan kemampuan: | Pasokan dengan proyek/batch |
|
Informasi Detail |
|||
| Tersedianya: | Saham | Jaminan: | 1 Tahun |
|---|---|---|---|
| Kondisi: | Baru dan Asli | Teknologi: | Infiniband |
| Kecepatan Data: | Hingga 200GB/s | Tipe Konektor: | QSFP56 |
| IBTA: | IB HDR | Modulasi: | 4x 50Gb/dtk PAM4 |
| Kecepatan: | Hingga 200GB/s | Panjang: | 20m |
| Produk: | MFS1S00-H020V | ||
| Menyoroti: | NVIDIA QSFP56 200Gb/s optical cable,Mellanox long-reach AOC cable,InfiniBand HDR 200GbE network cable |
||
Deskripsi Produk
NVIDIA MFS1S00-H020V 20m QSFP56 200Gb/s Active Optical Cable
Long-Reach AOC for InfiniBand HDR & 200GbE Networks
Critical Value Proposition
This 20-meter Active Optical Cable is engineered for data center scenarios demanding both high bandwidth (200Gb/s) and extended physical reach. It delivers a complete, plug-and-play optical link that reliably spans distances far beyond the capabilities of passive copper solutions, while integrating signal regeneration and comprehensive health monitoring to ensure unwavering link stability in critical network paths.
- Extended 20-Meter Operation: Confidently connect equipment across aisles or remote racks without signal degradation.
- Integrated Performance Assurance: Built-in retiming and equalization compensate for signal loss over distance.
- Dual-Protocol Flexibility: Ready for both high-performance InfiniBand HDR and standard 200 Gigabit Ethernet.
- Proactive Health Monitoring: Digital diagnostics provide real-time insight into link and component status.
Product Overview & Positioning
The NVIDIA MFS1S00-H020V is a 20-meter active optical cable (AOC) designed to solve the challenge of connecting high-speed 200Gb/s equipment across moderate distances within the data center. Featuring embedded QSFP56 optical transceivers at both ends, this long reach InfiniBand solution eliminates the complexity and potential points of failure associated with separate transceivers and fiber jumpers. It is the optimal choice for linking switches in a distributed fabric or connecting compute racks to aggregation switches where a standard network interface card (NIC) and switch are separated by 10-20 meters.
Why This 20m AOC is Different
Unlike shorter cables or passive solutions, the MFS1S00-H020V is specifically engineered for the "extended middle distance" - too long for cost-effective passive copper, yet shorter than where traditional long-haul optics are necessary. Its active design maintains full 200Gb/s performance reliably across this entire span.
Defining Product Attributes
- Form Factor & Length: QSFP56-to-QSFP56, 20-meter integrated cable assembly.
- Data Rate & Modulation: 200Gb/s aggregate via 4x50G PAM4 lanes per direction.
- Protocol Support: InfiniBand HDR 200GBASE-SR4 Ethernet
- Power Characteristics: Single 3.3V supply; ~5.0W typical power per end.
- Operational Robustness: Operating temperature: 0°C to 70°C; minimum bend radius: 30mm.
- Intelligence: Full SFF-8636 management interface with Digital Diagnostic Monitoring (DDM) for voltage, temperature, TX bias, and optical power (Tx & Rx per lane).
Complete Technical Specifications
| Technical Parameter | Specification for MFS1S00-H020V |
|---|---|
| Manufacturer Part Number | MFS1S00-H020V |
| Product Description | QSFP56 200Gb/s Active Optical Cable Assembly |
| Total Cable Length | 20 meters |
| Nominal Data Rate | 200 Gigabits per second (Gbps) |
| Supported Network Standards | InfiniBand HDR (High Data Rate), IEEE 200GBASE-SR4 |
| Signal Modulation | PAM4 (53.125 GBaud per lane) |
| Connector Interface (Dual-Ended) | QSFP56, SFF-8665 compliant |
| Maximum Design Reach (OM4 MMF) | Up to 100 meters (20m utilized) |
| Electrical Power Requirement | 3.3 VDC |
| Typical Power Dissipation | 5.0 Watts (per end, all lanes active with retiming) |
| Allowable Case Temperature | 0°C to +70°C (operational) |
| Diagnostic Capabilities | Full DDM per SFF-8636 (Temp, Volt, Tx Power/Bias, Rx Power) |
| Minimum Static Bend Radius | 30 millimeters |
| Key Compliance & Safety | RoHS, CE, FCC, CB, cTUVus, IEC/EN Laser Class 1 |
Note: Available in a range of lengths from 3m (H003V) to 100m (H100V) for precise reach matching.
Target Deployment Scenarios
- Cross-Aisle Switch Connections: Linking leaf switches in one rack row to spine switches in another row within the same data center hall.
- Distributed Compute/Storage Pools: Connecting high-performance servers or storage arrays located several racks apart within an HPC or AI cluster.
- End-of-Row (EoR) Architectures: Connecting servers in a rack to a centralized EoR switch that may be 15-20 meters away.
- Data Center Consolidation Projects: Interconnecting equipment across legacy data center spaces during migration or expansion phases.
- High-Availability Links: Establishing extended redundant paths in network fabrics where link length variability is a factor.
Technical Frequently Asked Questions
Q1: What is the actual signal loss over 20 meters, and how does the AOC compensate?
A: Multimode fiber exhibits attenuation (typically ~3 dB/km). Over 20m, the inherent loss is minimal, but other factors like connector loss and modal dispersion can degrade the signal eye. The AOC's integrated retiming function actively recovers the clock and data, effectively "recreating" a clean digital signal at the receiver, overcoming these impairments.
Q2: Can I use one end of this AOC with a QSFP56 port and the other with a QSFP-DD port via an adapter?
A: The cable has fixed QSFP56 connectors. It can physically connect to a QSFP-DD port only if that port uses a passive QSFP56-to-QSFP-DD adapter cage. However, electrical and protocol compatibility (200Gb/s) between the host device's QSFP-DD port and the AOC must be verified with the system vendor.
Q3: How does the power consumption compare to using two separate optical transceivers and a passive cable?
A: The total power is comparable or slightly optimized. A typical 200G QSFP56 optical transceiver consumes ~3.5-4W. Two would consume 7-8W, plus switch ASIC power for driving the external fiber. This AOC consumes ~10W total (5W per end), offering a streamlined, often more power-efficient solution by integrating the drivers.
Q4: Is the cable jacket suitable for running in overhead trays or under raised floors?
A: Yes, the cable features a durable, flexible jacket designed for standard data center cable management pathways, including overhead trays and under-floor environments. Always adhere to the minimum bend radius during installation.
Q5: What do I do if the DDM reports a "Rx Power Low" alarm?
A: This indicates low received optical power. First, check and clean the QSFP56 connectors on both the AOC and the host equipment cages. If the alarm persists, inspect the cable route for sharp bends or damage. The alarm provides early warning before a link fails, which is crucial for maintaining uptime in networks utilizing high-performance nic cards.
Essential Handling & Installation Notes
- Pre-Installation Verification: Confirm host equipment QSFP56 cages and firmware support 200Gb/s AOCs. Check for sufficient thermal and power budget in the system design.
- Electrostatic Discharge (ESD) Precautions: Handle the cable using ESD-safe practices, particularly when installing into or removing from live equipment.
- Routing & Strain Relief: For a 20-meter run, carefully plan the path to avoid tension, compression, or tight bends. Use adequate cable ties (preferably Velcro) and ensure strain relief is provided near the connectors.
- Hot-Plug Procedure: The cable is hot-pluggable. Insert and remove connectors squarely and firmly using the provided latch/pull-tab. Allow a few seconds for the link to initialize and stabilize.
- Environmental Specifications: Adhere to the specified operating temperature and humidity ranges. Do not expose the cable to direct moisture or corrosive elements.
About Our Company
With a foundation built over ten years in the network hardware industry, our company delivers expertise backed by substantial operational capacity and a specialized technical team. This experience has enabled us to serve a diverse global clientele and develop nuanced solutions for complex connectivity challenges.
Ingin Tahu lebih detail tentang produk ini