Optical module chip prices range from around $15 for low-end 100G modules to over $1,300 for high-performance 800G modules.

Price Ranges by Module Type

• Low-end 100G modules: Starting at approximately $15–$20 per chip for procurement-friendly or prototype options, suitable for small-scale or industrial applications (e.g., 100G QSFP AOC) .
• Standard 400G modules: Typically priced between $600–$800 per chip, depending on vendor, technology, and volume .
• High-end 800G modules: Prices range from $700–$1,900, with premium options for AI data centers or long-reach applications (e.g., OSFP-FR4 or QSFP-DD-DR8) .

Factors Influencing Price

1. Technology and Speed: Higher-speed chips (400G–800G) require advanced photonic integrated circuits, tunable lasers, and digital signal processing, which significantly increase cost .
2. Vendor Tier: OEM modules from brands like Cisco or Arista can command a 30–50% premium over third-party compatible modules .
3. Volume Discounts: Bulk orders reduce per-unit cost, with discounts of 10–30% for orders exceeding 1,000–5,000 units .
4. R&D and Materials: Costs of wafers, lasers, modulators, and precision manufacturing contribute heavily to the final price, especially for cutting-edge silicon photonics chips .
5. Customization: Special wavelengths, extended temperature ranges, or additional testing can add 15–30% to the base price .

Summary

For a single optical module chip, prices vary widely based on speed, technology, vendor, and order volume. Low-end 100G chips can be as inexpensive as $15–$20, mid-range 400G chips around $600–$800, and high-performance 800G chips can exceed $1,300, particularly for AI or long-reach applications . Understanding these factors is essential for budgeting and procurement planning in data centers or telecom networks.