RicherLink launches new product-RL8008ES OLT EPON

Over the years, fiber-based access has proven to be a cost-effective way to reach customer premises to deliver managed business and residential services. The RicherLink 8008ES OLT EPON offers an exceptionally broad and scalable solution that gives network service providers a flexible and cost-effective approach for optical fiber access solutions over active or passive optical network architectures.


RL8008ES OLT EPON Overview


The RicherLink RL8008ES OLT(Optical Line Terminal) is self-developed Compact 1U OLT EPON equipment,meeting the requirements of IEEE802.3ah and meets the OLT EPON equipment requirements of YD/T 1945-2006 Technical requirements for access network——based on Ethernet Passive Optical Network (EPON) and China telecom EPON technical requirements 3.0, possessing super EPON access capacity, carrier-class reliability and the complete security function. It can satisfy long-distance optical fiber access requirement on account of its excellent management, maintenance and monitoring capability, abundant service features and flexible network mode. RL8008ES OLT can be used with NMS2000 network management system so as to provide users with the perfect solution.
The RL8008ES OLT EPON provides 8 *Downsteam EPON ports, 4GE * Uplink ETH ports, 2GE * Uplink SFP ports and 2*10G Uplink SFP+ ports. Up to 1:64 Split ratio for up to 512 EPON users. The 1U pizzabox design is for easy installation, Maintenance and Space saving. RL8008ES EPON OLT is suitable for Broadcast three in one, video surveillance network, enterprise LAN, Internet of Things, etc.

EPON OLT

评论

发表评论

Popular blog posts

The difference between NB-IOT and Lora

图片
NB-IOT and Lora Introduction The wireless technologies of the  Internet of Things  are mainly divided into two categories: (1) One type is short-distance communication technology such as Zigbee, Wifi, Bluetooth, Z-wave; (2) The other type is LPWAN, which is a low-power wide-area network. LPWAN can be divided into two categories:  LoRa , SigFox, etc., which work on unlicensed spectrum, and 3GPP, which work in licensed spectrum. 2/3/4G cellular communication technologies such as EC-GSM, LTE Cat-m, NB-IoT, etc. The difference between NB-IoT and Lora 1. Frequency bands, quality of service and costs.  LoRa works in unlicensed frequency bands below 1Ghz, and does not require additional charges when applied. NB-IoT and cellular communication using licensed bands below 1 GHz are authorized and chargeable. 2. Battery life.  There are two important factors to consider regarding battery life, the current consumption of the node and the protocol content. LoRa is an asynchronous ALOHA-based
阅读全文

RL841EWV-DGB EPON ONU Router

图片
RicherLink RL841EWV-DGB  EPON ONU Overview EPON ONU Configuration The RicherLink RL841EWV-DGB  EPON ONU  brings carrier class high-end networking solution for advanced triple play services. It compliant with IEEE802.3ah standard, dual-band wireless for combined connection speeds of up to 1200 Mbps(867 Mbps on 5GHz and 300 Mbps on 2.4 GHz) , Layer 2/3, and high quality VoIP as well, RL841EWV-DGB ONU support the comprehensive triple-play services, including voice, video (IPTV or VoD), and high-speed internet access service. RicherLink RL841EWV-DGB EPON ONU MORE: www.richerlink.com/product/rl841ewv-dgb/ RicherLink  Technology Co., Ltd is a high-tech enterprise located in Shenzhen,China.The company provides customers with triple play business broadband access to the overall solution and help operators to provide their customers based on intelligent home gateway value-added services such as smart home,the overall network solutions,including the corresponding product development and
阅读全文

Introduction to the hierarchical model of GPON

GPON technical features are mainly reflected in the transmission convergence layer. The transmission aggregation layer is further divided into a PON frame sublayer and an adaptation sublayer. The framing sublayer of GTC (GPON Transmission Convergence) completes the ODN transmission function required for the encapsulation and termination of GTC frames. The specific functions of the PON (such as ranging, bandwidth allocation, etc.) are also terminated at the framing sublayer of the PON. The gametophyte layer is invisible. The adaptation sublayer of the GTC provides an interface between the PDU and the higher layer entity. The ATM and GEM information completes the conversion of the Service Data Unit (SDU) and the Protocol Data Unit PDU at the respective adaptation sublayers. The OMCI adaptation sublayer is higher than the ATM and GEM adaptation sublayers, which identify VPI/VCI and Port-ID and complete the exchange of OMCI channel data with higher-level entities. Application of GPON in
阅读全文