QNAP - SFP+-Transceiver-Modul - 10 GigE - 10GBase-SR - bis zu 300 m - 850 nm Gruppe Repeater & Transceiver Hersteller QNAP Hersteller Art. Nr. TRX-10GITSFPP-SR Modell EAN/UPC 4713213519844 Produktbeschreibung: QNAP - SFP+-Transceiver-Modul - 10 GigE Gerätetyp SFP+-Transceiver-Modul Formfaktor Plug-in-Modul Verdrahtungstyp 10GBase-SR Datenübertragungsrate 10 Gbps Optische Wellenlänge 850 nm Data Link Protocol 10 GigE Maximaler Übertragungsbereich 300 m
Details: Allgemein Gerätetyp SFP+-Transceiver-Modul Formfaktor Plug-in-Modul Netzwerk Anschlusstechnik Kabelgebunden Verdrahtungstyp 10GBase-SR Data Link Protocol 10 GigE Datenübertragungsrate 10 Gbps Optische Wellenlänge 850 nm Maximaler Übertragungsbereich 300 m Erweiterung/Konnektivität Schnittstellen 1 x Ethernet 10GBase-SR Umgebungsbedingungen Min Betriebstemperatur -40 °C Max. Betriebstemperatur 85 °C
The QNAP SFP+ Transceiver Module (TRX-10GITSFPP-SR) is a high-performance optical transceiver designed for 10 Gigabit Ethernet (10 GigE) networks, supporting the 10GBase-SR standard over multimode fiber with an 850 nm wavelength. This module offers reliable data transmission at speeds up to 10 Gbps and supports distances of up to 300 meters, making it ideal for data centers, enterprise networking environments, and server connections requiring fast and stable communication. Its hot-swappable design ensures easy installation and maintenance without network downtime. The TRX-10GITSFPP-SR is compatible with various QNAP switches and NAS devices, ensuring seamless integration into existing infrastructures. Qnap is renowned for its innovative storage solutions and networking products that emphasize reliability, performance, and user-friendly management. The company also implements sustainability measures such as energy-efficient product designs and responsible sourcing of materials. By choosing this transceiver module from Qnap, customers not only enhance their network capabilities but also contribute positively towards environmental protection through sustainable technology choices.