Recently, the Ministry of Industry and Information Technology convened a mobilization meeting for the Broadband Popularization and Speed Upgrade Project, officially announcing the launch of the “Broadband Popularization and Speed Upgrade Project.” From this point forward, the much-anticipated bandwidth upgrade in China gets underway.
As we all know, in an information age permeated by the Internet, nothing is more frustrating than sluggish network speeds—sometimes even enough to make you want to smash your computer. If advanced software applications like cloud computing and the intelligent Internet of Things constantly display irritating statuses such as “Loading,” “Network Error,” or “Network Timeout” on the web page, even the most brilliant innovations risk being buried in obscurity. However, this maddeningly slow turtle-speed Internet is finally getting a boost. Driven by the three major telecom operators, fiber optics will be fully popularized and bandwidth will be increased, undoubtedly bringing a breath of fresh air to all users. But a daunting question arises: once bandwidth increases, can your router still handle the pressure?
If bandwidth increases but your router’s processing speed remains stagnant, it will become a major bottleneck for the enterprise network, directly impacting the quality of network operations. With technological advancements, Gigabit routers have now emerged, capable of Gigabit forwarding not just for LAN-to-LAN but also for WAN-to-LAN. These high-performance routers will break network bottlenecks and become the mainstream of future network development. A typical example is the recently popular Qno GQF630.
The Qno GQF630 features the latest MIPS dual-core network processor with full Gigabit ports, delivering over seven times the performance of the IXP533 processors commonly found in routers of the same price range. Coupled with large-capacity high-speed memory and hardware optimization technologies like Green Channel acceleration, its core power is significantly enhanced. Combined with its advanced features, it easily handles high-bandwidth, high-energy-consumption application demands, making enterprise networks faster and more efficient. This also ensures the CPU is no longer a performance bottleneck, fully unleashing routing functions and providing users with outstanding and reliable network assurance.
To verify the GQF630’s performance, the author specifically designed a test environment under identical conditions to compare single-line IXP performance versus single-line MIPS dual-core processor performance, as well as single-line MIPS dual-core versus dual-line aggregated MIPS dual-core performance.
First, a single 100M WAN line was connected to test the total WEB download bandwidth. As seen in Figure 1 below, the IXP processor achieved a download speed of 98Mbps using Xunlei software. When we connected two 100M WAN lines for testing, the results showed almost no change, still hovering around the 90+ Mbps range.
