FTTR SFP optical modules typically range from $5 to $300 per unit depending on speed, reach, and brand, with third-party compatible modules offering significant cost savings over OEM-branded units.

Price Ranges by Module Type

• 1G SFP (1000BASE-SX/LX): Prices vary widely. Compatible third-party modules can cost $5–$25, while OEM-branded modules from Cisco, HPE, or Juniper may range $60–$120+ depending on specifications and industrial-grade features .
• 10G SFP+: Compatible short-range (SR) modules are typically $20–$60, whereas OEM long-reach (LR/ER) modules can cost $100–$300+ .
• 25G SFP28: Low-cost compatible modules can be under $30 for volume purchases, while branded or specialized single-mode parts may reach several hundred dollars .
• 40G/100G QSFP/QSFP28: Prices for compatible modules are generally 50–70% lower than OEM equivalents, with OEM units often costing hundreds of dollars per module .

Factors Affecting Pricing

1. Brand and OEM vs Compatible: OEM modules provide guaranteed compatibility and warranty but are significantly more expensive. Third-party compatible modules offer cost savings while maintaining interoperability if properly tested .
2. Reach and Laser Type: Modules with extended reach (LR, ER, ZR) or specialized lasers (EML, DFB) command higher prices. Short-reach multimode modules are the most economical .
3. Volume and Procurement: Bulk orders reduce per-unit cost. Urgent shipments or low-volume purchases may increase pricing due to logistics and lead time .
4. Digital Diagnostics and Coding: Modules with DOM/DDM support or vendor-specific coding for switches may carry a premium .

Practical Guidance

• For FTTR deployments, short-reach SFPs are often sufficient, making compatible third-party modules a cost-effective choice.
• Always verify switch/NOS compatibility and request test reports to ensure interoperability.
• Consider bundling optics with cabling (AOC/DAC/MTP/MPO) to reduce total BOM costs . By balancing module type, reach, and vendor selection, FTTR SFP optical modules can be procured efficiently while minimizing CAPEX without compromising network performance.