
- QSFP28 transceiver module with support for 100GbE (100GBASE-SR4).
- Compatible with multimode fiber (MMF) and short-range links.
- Optical output power per channel up to 2.4 dBm.
- Unstressed receive sensitivity up to -7.2 dBm.
- 850 nm wavelength center with bandwidth up to 0.6 nm.
- Compliant with SFF-8679 (electrical), SFF-8636 (I2C), and SFF-8661 (mechanical) standards.
- Fully validated for Intel Ethernet 800 Series adapters.
The Intel E100GQSFP28SRX is a QSFP28 transceiver module designed for high-speed links up to 100GbE in data center applications. Compatible with the 100GBASE-SR4 standard, this transceiver is ideal for short distances using multimode fiber (MMF) in high-performance network environments.
Precision-engineered to operate under demanding conditions, the module provides thermal and electrical reliability, meeting SFF-8679, SFF-8636, and SFF-8661 specifications. It is optimized to work with Intel Ethernet 800 series network adapters, ensuring seamless integration and validated performance.
With advanced optical features, the E100GQSFP28SRX offers an output power range per channel of up to 2.4 dBm and unstressed receive sensitivity of up to -7.2 dBm. It also incorporates up to 12 dB of optical reflection tolerance and a broad wavelength spectrum centered at 850 nm.
This transceiver is the perfect choice for networks requiring high density, energy efficiency, and speed, especially for server-to-switch connections in racks or between racks within the same data center. Maximize your network performance with Intel Optical technology.
Key Features...
* QSFP28 transceiver module with support for 100GbE (100GBASE-SR4).
* Compatible with multimode fiber (MMF) and short-range links.
* Optical output power per channel up to 2.4 dBm.
* Unstressed receive sensitivity up to -7.2 dBm.
* 850 nm wavelength center with bandwidth up to 0.6 nm.
* Compatible with SFF-8679 (electrical), SFF-8636 (I2C), and SFF-8661 (mechanical) standards.
* Fully validated for Intel Ethernet 800 Series adapters.
Approximate delivery on Monday, July 06
Please note that the delivery date is an estimate
