With the rapid global development of IP-based processes, the dramatic growth in the scale of network construction, and the rapid advancement of the national "Triple Network Integration" (NGB) initiative, there is an urgent need for a high-performance, multi-functional test instrument to meet the testing requirements throughout the entire product R&D and application lifecycle, including R&D, production, inspection, certification, and troubleshooting of network equipment.
Doewe Technologies' newly launched IP Multiport Network Tester MPT-700/1600, with its core functional modules sourced from Taiwanese craftsmanship and advanced testing and measurement technologies, offers professional, comprehensive, and reliable testing and evaluation capabilities. It provides high-quality testing solutions for various network products, including switches, routers, OLTs, ONUs, and other devices, covering stages such as R&D, production, maintenance, metrology, and network access certification. This test instrument delivers flexible, reliable, and highly accurate solutions for network communication equipment testing, featuring excellent scalability to meet diverse application and performance requirements. It has gained widespread application and recognition in the network testing industry.
The MPT-700/1600 offers various types of interface test cards for different testing needs, such as 10G Ethernet, Gigabit Ethernet, 10/100 Mbps Ethernet, and WiFi protocol testing. The product adopts a user-friendly GUI operation interface and supports standard tests including RFC2544/2889, IGMP, and QoS. Moreover, all slots on the chassis support hot-swapping, allowing for convenient insertion, removal, or replacement of test modules without powering off the chassis. To ensure a safe and reliable testing environment, the chassis is equipped with built-in sensors that collect critical system information such as temperature, fan speed, and voltage. In the event of a system failure, the software will alert the user.
Main application scenarios for Ethernet testing：
●Testing of Ethernet devices
●Quality control testing of network equipment on large-scale production lines
●Precise statistical counting and result analysis during the new design phase of network products in R&D laboratories
●Application in telecommunications and radio and television network computer rooms for network commissioning and maintenance
●Use as a network equipment access test platform in metrology institutes
●WiFi protocol testing utilizes 3x3 MIMO transmission and supports 802.11a/b/g/n/ac technologies.
Main application scenarios：
●Wireless traffic testing
●Wired traffic testing
●Simultaneous wireless and wired traffic testing