• Vibrant pink glossy Juniper OSFP-4X200G-D-2M 800G DAC sticker
1 1

Juniper

Juniper OSFP-4X200G-D-2M | 800G OSFP→4×200G QSFP56 DAC | 800GBASE‑CR8, passive copper | 2m reach | breakout

OSFP-4X200G-D-2M

POA
POA
POA
Sale Sold out
Taxes included. Shipping calculated at checkout.

Description

800G to 4×200G passive copper breakout DAC for flexible short-reach data center runs. Connects an 800G OSFP switch port to four 200G QSFP56 endpoints with near‑zero latency.

Features

- Cost-effective 800G→4×200G breakout
- Low power and ultra‑low latency passive link
- 2 m reach for flexible rack-to-rack routing
- CMIS management for inventory and telemetry
- Data center‑grade twinax construction

Warranty

All products sold by XS Network Tech include a 12-month warranty on both new and used items. Our in-house technical team thoroughly tests used hardware prior to sale to ensure enterprise-grade reliability.

All technical data should be verified on the manufacturer data sheets.

View full details

specs-tabs

Technical Specifications

FAQs

Technical Specifications

- Type: Direct Attach Copper (DAC) breakout
- Form factor: OSFP 800G (host) to 4× QSFP56 (remote)
- Aggregate speed: 800GbE; Breakout: 4×200GbE
- Electrical standard: 800GBASE-CR8 class, PAM4 signaling
- Cable: passive copper twinax
- Reach: 2 meters
- Operating temperature: 0 to 70 °C (standard temp)
- Management: CMIS 5.2 compliant ID/telemetry
- Compliance: IEEE 802.3, RoHS
- Latency: near‑zero, no active components
- Use case: TOR to server/accelerator 200G NICs; leaf-spine breakouts

FAQs

Q: How do I enable 4×200G breakout on my switch port?
A: Most platforms require setting the port speed or breakout profile in the NOS (e.g., 1×800G → 4×200G). Refer to your platform’s configuration guide.

Q: What if I need more than 2 meters?
A: Use an 800G breakout AOC for 10–15 m runs, or discrete optics with patch cords for even longer distances.

Q: Is this cable active or passive?
A: It is a passive DAC; no signal retimers or optics are used.

Q: Does this cable support PAM4 traffic and FEC?
A: Yes, it supports PAM4 signaling; FEC is provided by the host devices per IEEE specifications.

Q: Can I mix vendors at each end?
A: Interoperability depends on host coding and platform policies; check your hardware’s DAC compatibility matrix.

  • Related products

Recently Viewed

  • Request a Quote

    Looking for competitive pricing? Submit a request, and our team will provide a tailored quote that fits your needs.

  • Contact Us Directly

    Have a question or need immediate assistance? Call us for expert advice and real-time support.

    Call us Now  

  • Contact Us Directly

    Have a question or need immediate assistance? Call us for expert advice and real-time support.

    Contact us