High-Speed 800G OSFP 112 DR8 CC-OSFP08DR8-12D Transceiver Module for Data Center

800G OSFP Optical Transceiver Module — CMIS Management / 500 m Reach / Hot Pluggable

High-Value Highlights

• 800 Gb/s DR8 over SMF to 500 m using 53.125 GBd PAM4 per lane for predictable leaf–spine performance.
• OSFP Type-2 hot-pluggable design with dual MTP-8 APC connectors for dense front panels.
• CMIS monitoring with standardized telemetry, alarms, and low-power modes for consistent multi-vendor operations.
• 3.3 V supply, typical power around 14.6 W, commercial 0–70 °C case operation.

1) Product Information / Product Description / Basic Information / Specification

The CC-OSFP08DR8-12D Optical Transceiver Module targets next-generation 800G fabrics in cloud, AI, and HPC environments. Eight host 100G lanes are mapped to eight optical lanes at 1310 nm, delivering stable DR-class links up to 500 m on single-mode fiber. This hot-pluggable OSFP Type-2 optical module pairs a compact thermal footprint with dual MTP-8 APC ports and CMIS control for streamlined operations across mixed platforms. For many operators, this class is also known as 800g osfp, simplifying search, qualification, and lifecycle management.

2) Characteristics

• Form factor: OSFP Type-2, hot-pluggable; high front-panel density.
• Aggregate rate: 800 Gb/s via 8 × 53.125 GBd PAM4.
• Optics: 1310 nm EML transmitters with PIN receivers per lane.
• Reach: 500 m over SMF (DR link budget).
• Power/thermal: 3.3 V rail, ~14.6 W typical, 0–70 °C case.
• Management: CMIS over I²C with interrupt, reset, present, and low-power modes.

3) Technology

Built to OSFP MSA with CMIS for 8/16-lane pluggables, the design employs PAM4 signaling to reach 800G without increasing faceplate port counts. EML lasers at 1310 nm provide linearity and dispersion tolerance; PIN-PD receivers maintain sensitivity and margin required by DR optics. The Optical Transceiver Module adheres to common register maps and state machines, ensuring uniform behavior across switch NOS variants.

4) Theory / Working Principle

Internally, a retimer/gearbox conditions eight 100G electrical lanes and drives PAM4 symbols to eight EMLs. On receive, PIN/TIA fronts recover signals back to the host SerDes. A two-wire I²C bus exposes CMIS pages for inventory, thresholds, power state, and fault handling—allowing the optical module to integrate with automated provisioning and fleet tooling.

5) Application / Usage

• Spine–leaf fabrics in cloud data centers with deterministic 500 m DR uplinks (ToR/EoR/aggregation).
• AI training clusters and storage backbones where airflow and thermal margins are constrained.
• HPC interconnects standardizing on 800g osfp for high-radix chassis and modular line cards.

6) Specification Table + Selection Table

7) Advantages / Selling Points

• Standards-based CMIS simplifies multi-vendor automation and fleet maintenance.
• Thermal envelope tuned for dense, air-cooled line cards and chassis.
• Straightforward interoperability across ecosystems adopting 800g osfp.

8) Service

Pre-sales selection, link-budget checks, rapid logistics, and remote / on-site technical support are available. Project-based supply and configuration guidance help accelerate time to production.

9) FAQ

1. Is the Optical Transceiver Module interoperable with my 800G switch? It follows OSFP MSA and CMIS; verify with your vendor’s approved list.
2. What distance is supported? Up to 500 m over SMF with the specified DR optical budget and FEC.
3. What power and temperature should I plan for? Typical ~14.6 W at 3.3 V; case 0–70 °C.
4. Can you support large deployments? Yes—project supply programs and project support are available.

10) Precautions

• Operate within the stated case temperature range and follow airflow guidance.
• Use proper MTP/MPO cleaning tools; adhere to ESD precautions during handling.
• Confirm CMIS revision / firmware compatibility before scale-out of optical module fleets.

11) Manufacturing Process

Modules are produced on large-scale lines with incoming inspection, optical alignment, burn-in, and final verification. Each unit undergoes electrical and optical tests to validate PAM4 performance and CMIS functions before shipment.

12) Operating Instructions

• Insert the module into an OSFP cage with the latch fully engaged; route MTP-8 trunks without sharp bends.
• Verify host NOS recognizes CMIS; check alarms and thresholds after link-up.
• Maintain connector hygiene; cap unused ports; record serials for asset tracking.

13) Company Profile

With more than a decade of experience, our factory-backed team delivers professional production, rapid fulfillment, and project support. We supply original network switches, network interface cards, wireless APs and controllers, cables, and optical module solutions—supported by sizeable inventory and on-site engineering for project deployments.