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Specification Of wide plank french oak flooring Length Width Top Lamella Thickness Total thickness 1900mm 190mm 3mm 14/15/18/20/21/22mm 1900mm 190mm 4mm 14/15/18/20/21/22mm 1900mm 150mm 3mm 14/15/18/20/21/22mm 1900mm 150mm 4mm 14/15/18/20/21/22mm 1900mm 165mm 4mm 14/15/18/20/21/22mm 2200mm 220mm 4mm 14/15/18/20/21/22mm 2200mm 240mm 4mm 14/15/18/20/21/22mm 2200mm 260mm 4mm 14/15/18/20/21/22mm 2200mm 300mm 4mm 14/15/18/20/21/22mm 1200mm 150mm 3mm 14/15/18/20/21/22mm 1200mm 120mm 3mm 14/15/18/20/21/22mm 1200mm 120mm 4mm 14/15/18/20/21/22mm Duramagicfloor is a professional wood flooring suppliers, we provide timber floorboards, wide plank light oak flooring, wide plank oak flooring, red oak flooring, etc. Want to know more? contact us.

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Specification Of Teak Flooring Length Width Top Lamella Thickness Total thickness 300-5000mm 70-300mm 1.2mm-6mm 10-25mm Duramagicfloor is a professional wood flooring suppliers, we provide wooden flooring sheet, allure teak flooring, teak flooring for sale, golden teak flooring, burmese teak flooring, etc. Want to know more? contact us.

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Specification Of Teak Chevron Flooring Size For Chevron Flooring 45° Length Width Top Lamella Thickness Total thickness 510mm 90mm 3-4mm 10/12/14/15mm 775mm 125mm 3-4mm 10/12/14/15mm 810mm 90mm 3-4mm 10/12/14/15mm 450mm 150mm 3-4mm 10/12/14/15mm Size For Chevron Flooring 60° Length Width Top Lamella Thickness Total thickness 540mm 90mm 3-4mm 10/12/14/15mm 825mm 125mm 3-4mm 10/12/14/15mm 840mm 90mm 3-4mm 10/12/14/15mm 850mm 148mm 3-4mm 10/12/14/15mm Installation & Maintenance Of Teak Chevron Flooring Duramagicfloor is a professional wood flooring suppliers, we provide the wooden floor, black chevron flooring, chevron engineered wood flooring, herringbone flooring, etc. Want to know more? contact us.

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Specification Of DMF0070 Squama Pattern Flooring No. Wood Species Structure T&G DMF0070 Oak Multilayer T&G Length Width Lamella Total thickness 300mm 295mm 1.2mm 15mm Duramagicfloor is a professional wood flooring suppliers, we provide curved hardwood flooring, engineered wood flooring, etc. Want to know more? contact us.

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What's great about solid real wood hardwood flooring is that they can be refinished and recoated multiple times throughout their lifespan — which can be decades. You've probably walked on solid hardwood flooring well over a century old that carries that kind of rich patina and character that could tell fascinating tales of the past — if it could talk! Because it's a natural product, solid timber floorboards expands and contracts in response to seasonal changes in moisture — sometimes creating unsightly gaps between planks. Solid wood flooring prices are relatively higher than multi layer engineered flooring because of higher value. Each board of real wood hardwood flooring is made from a single piece of hardwood that's about 3/4 of an inch thick. Because it's so thick it can be sanded down and refinished for however long the flooring is in the house. Specification of Wide Solid Wood Hardwood Flooring for Sale Solid Hardwood by wooden floor china is cut from a whole tree, 100% logs, no chemicals added. Hardwood Top layer Hickory/Cumaru/Sapele/Oak/Teak/Ash/Maple/Merba , u/Kayakuku/Iroko/American, Black Walnut/Taun/Snokeling/Acacia/Ipe/Jatoba/Black Lotus/Wenge Plywood Eucalyptus/Birch Lemella 1.2/2/3/4/6mm Thickness 10/12/14mm Length*Width 910*125mm/1200*120mm/1210*190mm/1220*162mm/1860*18 , 9mm/ 1900*190mm/2200*220mm/2200*260mm Du , ramagicfloor is a professional the wooden floor company, we provide solid wood floor in kitchen, engineered hardwood flooring, etc. Want to know more? contact us.

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Color Of Red OAK Flooring Specification Of red oak engineered wood flooring Length Top Lamella Thickness Total thickness 300-5000mm 1.2mm-6mm 10-25mm Duramagicfloor is a professional wood floor manufacturers, we provide red oak hardwood floors refinished, raw red oak flooring, rustic red oak flooring, natural red oak laminate flooring, engineered hardwood, etc. Want to know how to select grade red oak flooring? contact us.

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Types Of Wood Floor Patterns DMF0070 Squama Pattern Flooring DMF0071 Silhouette Pattern Flooring DMF0072 Morisco Pattern Flooring DMF0073 Matita Pattern Flooring DMF0074 Biscuit Pattern Flooring DMF0075 Curved Wood Flooring DMF0076 Petali Pattern Flooring DMF0077 Ombre Pattern Flooring Design Your Floor Create your design, and we will custom pattern wood floors samples. You will have our recommendations and support to help you with all the manufacturing details. Duramagicfloor is a professional wood floor suppliers, we provide hardwood floor patterns, flooring pattern, wooden flooring patterns, engineered flooring, etc.

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The GPON provided by Primus IT has three advantages: the first transmission distance is longer, the use of optical fiber transmission, the coverage radius of the access layer can reach 20 kilometres; the second can provide a higher bandwidth, 2.5G downstream / 1.25 upstream per user G (physical layer); the third optical splitting characteristic is strong, can lead to the multi-channel to the home optical fiber from a single fiber at the office end after splitting, saving optical fiber resources. Specifications of GPON P/N Product Description Data Sheet Data Rate(Gbit/s) TX RX TX_Min(dBm) TX_Max(dBm) RX_Min(dBm) RX_Max(dBm) Power Consumption Reach Temperature(degC) PGS12-B3420 Gpon OLT B+ SFP Tx1.244G/Rx2.488G √ TX 1244Mbps/RX 2488Mbps DFB 1310nm  1490nm APD-TIA 1290nm 1330nm 1480nm 1500nm / 20km 0 to +70°C PGS24-B4320 Gpon OLT B+ SFP Tx2.488G/Rx1.244G √ TX 2488Mbps/RX 1244Mbps DFB 1490nm  1310nm APD-TIA 1480nm 1500nm 1290mm 1330nm / 20km 0 to +70°C The Difference Between EPON and GPON Optical Fiber Networks EPON and GPON china are two typical passive optical networks (Passive Optical Networks, PONs), which belong to short-distance optical cables. They are often used in urban areas to realize Internet surfing, Internet voice and digital TV signal transmission. They can also be used in cellular base stations. Backhaul connection, Wi-Fi hotspot communication, and even distributed antenna array. The biggest difference between the two is that the download and uplink communication protocols are different.  GPON uses wavelength division multiplexing refereed as WDM technology to make uploading and downloading at the same time. Usually, the download uses a 1490nm optical carrier, while the upload selects a 1310nm optical carrier. If you need to transmit TV signals, it will also use 1550nm optical carrier. EPON is fully compatible with other Ethernet standards, so when connected to an Ethernet- based network, no conversion or encapsulation is required, and the maximum payload is 1518 bytes.  EPON does not need to use the CSMA/CD access method in some Ethernet versions. In addition, because Ethernet transmission is the main method of local area network transmission, there is no need for network protocol conversion in the process of upgrading to a metropolitan area network. GPON Onu Device Functions The network topology of passive optical fiber transmission is mainly composed of OLT (Optical Line Terminal), ODN (Optical Distribution Network), and ONU (Optical Network Unit). ODN provides optical transmission means for OLT and ONU. It consists of passive optical splitter and passive optical combiner. It is a passive device that connects OLT and ONU. The transmission of upstream data is uniformly controlled by the OLT. The ONU transmits user data according to the time slot allocated by the OLT to avoid data transmission conflicts generated by the ONU. The ONU inserts uplink data in its own time slot according to the time slot allocation frame, which realizes the sharing of uplink channel bandwidth among multiple ONUs. Primus IT provides a variety of customized solutions, including 5g, 10g gpon to sfp, from configuration designing, programming and codingsolutions to fit our customer's gpon onu device needs.  Advantages of GPON System Technology GPON is very popular in the optical fiber market. In addition to its advanced technology, it also has the following advantages: 1. Range: Single-mode fiber can transmit data from 10 to 20 kilometers, while conventional copper cables are usually limited to a range of 100 meters. 2. Speed: The downstream transmission rate of EPON is the same as its upstream rate, which is 1.25 Gbit/s, while the downstream transmission rate of GPON is 2.48 Gbit/s. 3. Security: Due to the isolation of signals in the optical fiber, GPON is essentially a safe system. Because they are transmitted in a closed circuit and contain encryption, GPON cannot be hacked or eavesdropped. 4. Affordability: GPON optical fiber cables are cheaper than copper LAN cables, and can also avoid investment in wiring and related electronic equipment, thereby saving costs. 5. Energy saving: Contrary to the standard copper wire in most networks, the energy efficiency of GPON has increased by 95%. In addition to efficiency, Gigabit passive optical networks also provide a low-cost solution that can increase users through splitters, which is very popular in densely populated areas. Primus lT is a professional gpon suppliers, we provide fiber optic transceiver, gpon rj45, gpon rf, gpon 5g, gpon 10gbps, gpon 10gb, datacenter etc. Want to know more? Contact us.

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The non-light source network is a point-to-multipoint optical fiber transmission and access technology. The downlink adopts broadcast mode and the uplink adopts time division multiple access. It can flexibly form trees, stars, bus and other topological structures. Only need to install a simple optical splitter, so it has the advantages of saving optical cable resources, sharing bandwidth resources, saving machine room investment, fast network construction, and low comprehensive network construction costs. Specifications of GEPON P/N Product Description Data Sheet Data Rate(Gbit/s) TX RX TX_Min(dBm) TX_Max(dBm) RX_Min(dBm) RX_Max(dBm) Power Consumption Reach Temperature(degC) PES12-B4320 Gepon OLT PX20+ SFP √ 1.25G DFB 1490nm  1310nm APD-TIA 1480nm 1500nm 1260nm 1360nm / 20km 0 to +70°C GEPON Technology Principle GEPON technology adopts a point to multipoint user network topology and uses optical fiber to realize the purpose of full service access of data, voice and video. However, compared with the previous APON / BPON based on ATM technology, GEPON realizes the transmission of Ethernet frames in user access network, which is very suitable for the transmission of IP services. In addition, due to the current universal construction of IP network, the components based on Ethernet technology have relatively simple structure, high performance and low price, which makes GEPON easier to be commercialized on a large scale compared with other PON technologies; With the rapid development of various services based on IP and the trend of IP convergence of the next generation network, GEPON can be applied to a wider range, and conforms to the development trend of the future network. It has become the most important FTTH technology. GEPON Network Applications GEPON technology transmits data in the form of IP packets without protocol conversion. It can provide various WAN interfaces and connect with IP network devices. It can provide Gigabit Ethernet interface and provide switching and routing functions of IP network layer 2 and layer 3. It can provide users with data, video and telephone network interfaces. Therefore, it can support VOIP voice service, network TV service, VOD on demand service, video conference, teleconference, videophone and other services. Its characteristics and advantages will provide new opportunities for the development of various new services. GPON vs. GEPON  The meaning of GEPON is Ethernet Passive Optical Network, which is a new type of optical access network technology. GEPON is produced under the promotion of some equipment manufacturers. It aims to combine the simplest and most widely used Ethernet technology with GPON system to solve the problem of Ethernet access in a point-to-multipoint manner. GEPON technology is relatively simple, high speed and strong scalability. It can transmit signals with strong real- time requirements by sending packet signals, so as to well support TDM services. Through the transformation of GEPON system, packet signals are sent regularly in a similar TDM mode to transmit signals with strong real-time requirements, so as to well support TDM services. GPON is an operator driven solution. At the initial stage of GPON standard formulation, collect the business requirements of operators in FSAN to form a GSR (GPON business requirements) document, which is numbered g. GPON. GSR as one of the standards submitted to ITU-T. GSR document is the basis for the formation of GPON standard. In order to define a service with higher transmission rate and efficient support for a variety of services, including circuit services, according to the service requirements of operators described in GSR. The advantages of GEPON are mainly reflected in low cost and high performance. GEPON has obvious advantages in networking cost. Only one optical fiber is required between OLT and ODN. Node equipment is not required at the optical branch point. Only a simple optical brancher needs to be installed, which saves a lot of optical cable resources. The signal does not pass through the active equipment in the transmission process, so that the system has high reliability, easy maintenance and low maintenance cost. The system adopts optical passive branching technology. A single fault does not affect the operation of the whole system, with strong anti-interference ability and more stable operation. GEPON adopts tree network structure, supports multi-level connection of beam splitter, reasonable collocation of cascade beam splitter and more flexible and easy to use networking mode. At present, GEPON technology has been tested and applied at home and abroad. The GPON technology is still not very mature. At present, the publicity at home and abroad is relatively mature. Many manufacturers at home and abroad have launched GEPON solutions, and few manufacturers (about three) say they can provide GPON solutions. Although GPON technology is the optical fiber access technology expected by operators to efficiently integrate various services, the price problem is still the key for operators to be confused about this technology. Primus lT is a professional gepon manufacturers, we provide optical module, epon onu v2801se, epon olt px20+, gepon epon, epon olt px20++, telecommunications etc. Want to know epon speed or gepon meaning? Contact us.

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Primus IT is committed to the research and development of PON technology and provides the best solution for the realization of FTTH. Primus IT can cooperate in the development according to the special requirements of customers, and provide customers with a complete set of FTTH solutions based on a complete product line. FTTH Fiber to the Home China FTTH (Fiber to the home) is a transmission method of fiber communication. Specifically, FTTH refers to the installation of optical network units (ONU) at home users or corporate users and is the type of optical access network application that is closest to users in the optical access series except for FTTD. The notable technical feature of FTTH is that it not only provides greater bandwidth, but also enhances the transparency of the network to data formats, rates, wavelengths, and protocols, relaxes the requirements for environmental conditions and power supply, and simplifies maintenance and installation.  Advantages of FTTH technology 1. Very large transmission medium and speed and high bandwidth. 2. Its bandwidth is relatively wide, and the long distance is exactly in line with the large-scale use of operators. 3. Easy and fast installation.  4. Low-cost maintenance. 5. Low losses in network.  6. Enhance the transparency of the network to the data format, rate, wavelength and protocol. 7. Relaxed requirements on environmental conditions and power supply. 8. Increased reliability of broadband transmissions in comparison to other networks, either today or in the future. Applications of FTTH service FTTH is a comprehensive access solution for all services. Although the main driving force of FTTH is broadband video services in the future, FTTH must be able to support a variety of existing narrowband and broadband services, as well as possible new services in the future. FTTH system must be able to provide integrated access, so that users can enjoy multiple services at the same time. PON technology, especially EPON, is widely used in the access network. It promotes the simplification of the network level, makes the network structure clear, management and maintenance more convenient, and greatly reduces the cost of computer room, electricity, and maintenance. The current access network construction is widely implemented by EPON, and common networking methods include FTTB+LAN, FTTB+EOC, and even FTTH. In the past, EPON devices were mostly independent box-type devices with low port density, low capacity, and simple business functions. Now, operators mostly adopt integrated equipment that combines EPON and Layer 3 switches, especially the integration of large-capacity, multi-function switches. EPON is inserted into the chassis of the switch as a plug-in card (multiple EPON modules can be inserted), so that the OLT part of EPON and the aggregation layer switch are integrated, which further simplifies the network structure. Another advantage of this is to make business processing more flexible and convenient, such as flexible QinQ technology, VLAN three-layer termination, and even MPLS VPN services. At present, the integrated equipment with the highest business performance can provide 160 PON ports, which fully meets the operators’ high-bandwidth and large-capacity access requirements. FTTH telecom development In the optical access family, there are FTTB (Fibre To The Building) fiber to the building, FTTC (Fibre To The Curb) fiber to the roadside, FTTSA (Fibre To The Service Area) fiber to the service area, and so on.  When the optical fiber is directly connected to the user's home, there are no restrictions on its bandwidth, wavelength and transmission technology. it is suitable for the introduction of various new services. it is the most ideal service transparent network and the ultimate way for the development of access network. Although the development speed of mobile communication is amazing, because of its limited bandwidth, the terminal volume can not be too large, the display screen is limited and other factors, people still pursue the fixed terminal with relatively superior performance, that is, they want to achieve fiber to the home.  The charm of fiber to the home lies in its great bandwidth, which is the best way to solve the "last kilometer" bottleneck from the Internet backbone to the user's desktop. With the upgrading of technology, the cost of fiber to the home is greatly reduced, which will soon be comparable to DSL and HFC, which makes it possible to make FTTH practical. In addition, FTTH technology is also used to solve the "last kilometer" problem in the information superhighway. FTTH+ Ethernet is much faster than ADSL and ISDN. Primus lT is a professional ftth manufacturers, we provide ethernet transceiver, ftth in china, 10g ftth, ftth 1gb, ftth 10gb, ftth broadband speed test, interconnect etc. Want to know ftth connection cost or more? Contact us.

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The asymmetric system only has a downlink rate of 10.3125 Gbit/s, while the uplink rate is still 1.25 Gbit/s. As the first mature next-generation PON technology, 10G EPON technology is in line with network development trends. It has the advantages of large bandwidth, large optical splitting ratio, compatible networking with EPON, unified network management, and smooth upgrade. 10GEPON and EPON are in the same line. Use the existing network to directly increase the speed by 10 times, and perfectly match the bandwidth planning of the telecom operator, support the realization of the telecom operator's mid-and long-term planning goals, and support the continuous expansion of the operator in IDC business, government and enterprise customer business, and family customers. Specifications of 10G ASYMMETRIC EPON P/N Product Description Data Sheet Data Rate(Gbit/s) TX RX TX_Min(dBm) TX_Max(dBm) RX_Min(dBm) RX_Max(dBm) Power Consumption Reach Temperature(degC) PES96-BC5423-20 10GEPON OLT PR30 SFP+ √ TX 10.3125Gbps/ Burst Mode RX10.3125Gbps EML 1577nm 1270nm APD-TIA 1575nm 1580nm 1260nm 1280nm / 20km 0 to +70°C TX 10.3125Gbps/ Burst Mode RX1.25Gbps EML 1577nm 1310nm APD-TIA 1575nm 1580nm 1260nm 1360nm TX 1.25Gbps/ Burst Mode RX1.25Gbps DFB 1490nm 1310nm APD-TIA 1480nm 1500nm 1260nm 1360nm PEX96-BC5423-30 10GEPON OLT PR40 XFP √ TX 10.3125Gbps/ Burst Mode RX10.3125Gbps EML 1577nm 1270nm APD-TIA 1575nm 1580nm 1260nm 1280nm / 30km 0 to +70°C TX 10.3125Gbps/ Burst Mode RX1.25Gbps EML 1577nm 1310nm APD-TIA 1575nm 1580nm 1260nm 1360nm TX 1.25Gbps/ Burst Mode RX1.25Gbps DFB 1490nm 1310nm APD-TIA 1480nm 1500nm 1260nm 1360nm What is 10g EPON(GEPON) ONU? EPON refers to an optical fiber access system. The ONU is the terminal device of the system, which can be used to connect to computers of home users and devices of industrial users. Two functions of our 10g EPON ONU: selectively receive the broadcast sent by OLT; collect and cache the Ethernet data that needs to be sent, and send the cached data to the OLT terminal according to the allocated sending window; effectively improve the uplink bandwidth utilization rate of the whole system, and configure the channel bandwidth according to the network application environment and the characteristics of applicable services; can carry as many end users as possible without affecting the communication efficiency and quality, improving the network utilization rate and reducing the user cost.    What is 10g EPON(GEPON) OLT ? EPON (Ethernet Passive Optical Network), has the characteristic of saving optical resources and is transparent to network protocols. EPON uses a single optical fiber to connect the OLT, and then the OLT connects the ONU. The 10g EPON OLT device is an important local device. It can be connected to the switch at the front end by using internet fibre 10g epon cables and connected to the optical splitter at the client end by using a single optical fiber. Fibre techno 10g epon can realize the control and management of the client device. Like the ONU equipment, it is also a photoelectric integrated equipment. EPON vs. GPON vs. 10G-EPON EPON is a kind of PON network. The EPON network consists of OLT, ODN, and ONU.  The main features are point-to-multipoint, passive line, simple and clear network layer, providing comprehensive access to voice, broadband, CATV, etc. The EPON system uses upstream and downstream symmetric transmission with a nominal rate of 1.25 GB. The STANDARD of EPON is IEEE 802.3AH, which is based on gigabit Ethernet technology and realizes PON point-to-multipoint transmission through point-to-multipoint control protocol (MPCP) on MAC layer. The protocol is simple to implement, but the OAM capability is relatively weak. While the STANDARD of GPON is ITU-T G.984 series, which follows the standard protocol framework of APON and adds GEM, a new frame encapsulation method of TC layer. It has strict regulations on QoS and OAM, and has a strong capacity to carry TDM services and relatively complex protocol.  GPON has a high transmission rate and shunt ratio, providing TDM services with high timing accuracy. As for the internet fibre techno free 10G-EPON, it is developed on the basis of EPON, and the two are basically the same in technical principle, but the free 10G-EPON has a stronger carrying capacity. Primus lT is a professional optical transceiver factory, we provide network transceiver, optical transceiver wholesale, 5g fronthaul, etc. Want to know more? Contact us.

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25G SFP28 BIDI/LWDM/CWDM/DWDM transceivers for 5G front haul are available now.Browse our broad range of products designed to help you enable your communication networks. Optical Transceiver Types FTTHThe notable technical feature of FTTH is that it not only provides greater bandwidth, but also enhances the transparency of the network to data formats, rates, wavelengths, and protocols, relaxes the requirements for environmental conditions and power supply, and simplifies maintenance and installation. Optical modules are optical transceivers used for high-speed data transmission and are used anywhere larger amounts of data needs to be sent and received. Assist 5G network construction and realize global interconnection. DAC (Direct Attach Cable) is a non-replaceable port, and the module head and copper cable cannot be separated. In data centers, copper cables are commonly used to connect servers to storage area networks. For a long time, Primus It has been working to solve the bottleneck problem of network bandwidth optical modules through continuous technological innovation, adheres to concentrate superior forces constantly improve the industrial layout, and enhance the company's core competitiveness and overall strength, creating the perfect solution. Primus lT is a professional optical transceiver factory, we provide fiber optic module, optical transceiver wholesale, optical transceiver pdf, optical transceiver schematic, multimode fiber module, qsfp+, etc. Want to know optical transceiver definition or more? Contact us.

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Wireless Interconnect is at the heart of most modern technology, and the need for strong, secure wireless performance is only growing with IoT and the popularity of smart devices. Module systems must offer reliable performance and support the latest protocols to provide easy internet access for end consumers. These modules can offer a variety of inputs, including SD and USB capability, and new designs are expected to improve efficiency and system sensitivity in small sizes. Our broad product portfolio includes 25G SFP28 and 50G QSFP28 to support 5G development. Together they compose a comprehensive suite of solutions capable of delivering highly efficient power in small package sizes. Our innovative, cost-effective solutions help simplify design and provide high levels of integration so wireless access is simple and secure, and customers can stay connected. Primus IT's innovative, efficient optical transceivers offerings help enable the best wireless Interconnect. SFP interconnect cable overview The GBIC module is divided into two categories: one is the ordinary cascade GBIC module, which realizes the common connection with other switches; the other is the stack special GBIC module, which realizes the redundant connection with other switches.  GBIC is basically replaced by SFP for the following reasons:  SFP (Small Form-factor Pluggables) can be simply understood as an upgraded version of GBIC. SFP module (half the size of the GBIC module, you can configure more than twice the number of ports on the same panel. Because the function of SFP module is basically the same as that of GBIC, it is also called miniaturized GBIC (Mini-GBIC) by some switch manufacturers.  The SFP module further reduces the size and power consumption by placing CDR and electric dispersion compensation on the outside of the module. Used in optical communication applications in telecommunications and data communications. SFP connects the motherboard and fiber or UTP cables of network devices such as switches, routers, and so on. SFP is an industrial specification supported by some optical fiber device providers.  SFP supports SONET, Gigabit Ethernet, fibre Channel (Fiber Channel), and other communication standards. This standard extends to SFP+, to support 10.0 Gbit/s transmission rates, including 8 gigabit fibre Channel and 10GbE. The optical fiber and copper core version of the SFP+ module is introduced. Compared with the Xenpak, X2 or XFP version of the module, the SFP+ module leaves part of the circuit implemented on the motherboard rather than in the module. Applications of sfp interconnect Sfp interconnect cable is the main type of high-speed IO interface interconnection system that has long been used to connect servers, storage, switches, video and communication systems. The main market segment implementations include cloud data centers, enterprise data centers, HPC (High performance Computing) labs, camera surveillance systems, and so on.  FP interconnection system is developed from HSSDC (High Speed Serial data Connector). HSSDC-1 and HSSDC-2 break with the traditional use of two-piece metal connector contact systems because plug connectors use PCB with gold- plated pads to match the metal contacts of edge socket connectors. Compared with the previous very large, heavy and wide parallel IO interface connectors and cables, modern sfp interconnect cable is more convenient and efficient. SFP is also used for 2.5, 5, and 8 Gbps data rate applications, including InfiniBand standard single-channel links. Primus lT is a professional optical transceiver manufacturers, we provide optical transceiver module, optical transceivers, dci, etc. Want to know more? Contact us.

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Optical modules are optical transceivers used for high-speed data transmission and are used anywhere larger amounts of data needs to be sent and received. From data centres to telecom, short or long-range, optical modules are ideal for large, efficient data transfers. Optical modules can range in size and bandwidth, with the newest generation supporting up to 400GB/s. Although these transceivers move large amounts of data, they are powerful and lightweight. Our monolithic design allows for high power in an ultra-small package with ultra-low power loss. This means the layout and thermal design are simple and the device provides maximum efficiency, which is critical to any optical module design. Primus IT offers a broad product portfolio, covering optical modules ranging from 1G to 100G, as well as the CWDM and DWDM families. Primus IT offers high-quality modules to meet the demand of datacom and fibertech telecom networks and to enable the next generation of optical transceivers. Transmission network telecom The telecommunications networks used to transmit data used many different protocols. Today, almost all data networks are based on IP. The data in these networks is divided into separate packets and marked with destination and source addresses. In principle, each packet can find different routes through the network and arrive at its destination at different times.Optical modules are optical transceivers used for high-speed data transmission and are used anywherelarger amounts of data needs to be sent and received.From data centres to telecom, short or long-range,optical modules are ideal for large, efficient data transfers. Telecom Network Companies Our monolithic design allows for high power in an ultra-small package with ultra-low power loss. Thismeans the layout and thermal design are simple and the device provides maximum efficiency, which iscritical to any optical module design.Primus lT offers a broad product portfolio, covering optical modulesranging from 1G to 100G, as well as the CWDM and DWDM families. Primus IT offers high-quality modules to meet the demand of datacom and telecom networks and toenable the next generation of optical transceivers. Telecom network operation The downstream optical module is mainly used in the three major scenarios of telecommunications bearer network, access network, data center and Ethernet. The telecommunications bearer network and access network belong to the telecommunications operation market. Among them, wavelength division multiplexing (xWDM) optical modules are mainly used for medium and long- distance telecommunications bearer networks, and optical interconnects are mainly used for backbone networks and long-distance core networks. Capacity transmission; and the access network market is the "last mile" from operators to users, including fiber-to-the-home passive optical networks (FTTH PON, PON optical modules currently have a maximum transmission rate of 10Gbs), wireless fronthaul (5G optical modules, The current maximum transmission rate is 25Gbs) and other application scenarios. What is telecom network infrastructure The telecommunication network is composed of three parts: core network, access network (AN) and customer premises network (CPN). The core network and access network belong to the public telecommunication network, CPN is a user-owned communication network, and traditional CPN is a single user. One side of the access network is the core network, which is mainly composed of various business networks, and the other side is the user. The access network serves as a link between the previous and the next, and provides the services of the core network to users through the access network. The access network is a transparent transmission system that does not provide services by itself. User terminals cooperate with the core network to provide various services. Fundamentals of telecommunications and networking for it A telecommunication network is a system that organically connects various telecommunication points and telecommunication circuits. It is composed of three parts: terminal equipment, switching equipment and transmission equipment. The first two constitute telecommunication points; transmission equipment constitutes telecommunication circuits. 1. According to different business types and communication methods, it can be divided into telephone communication network, telegraph communication network, data communication network, user telegraph communication network and fax communication network. 2. According to different communication ranges, it can be divided into international telecommunication networks, domestic telecommunication networks, long-distance telecommunication networks, intra-city telecommunication networks and rural telecommunication networks. 3. In terms of the nature of use, there are private telecommunication networks and public telecommunication networks. The private telecommunications network is only available to certain professional users, such as the private telecommunications network of railway, military and other departments; the public telecommunications network can be used by ordinary citizens. 4. From the way of signal transmission, it can be divided into analog communication network and digital communication network. The relationship between data communication and telecommunication Data communication is a new communication method produced by the combination of communication technology and computer technology. To transmit information between the two places, there must be a transmission channel. According to the different transmission media, there are wired data communications and wireless data communications. But they all connect the data terminal and the computer through the transmission channel, so that the data terminals in different locations can share software, hardware, and information resources. Telecommunications is now the main form of communication, and its main task is to use wired electricity, radio, light, etc. to transmit information such as symbols, text, images, and language. Since telecommunications use electric waves to transmit information, terrain obstacles, solar activity, etc., sometimes affect the quality of communication. Primus lT is a professional optical transceiver manufacturers, we provide optical transceiver module, optical transceivers, etc. Want to know signaling in telecommunication networks or more? Contact us.

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