In the era of bandwidth acceleration, can your routes survive?

Recently, the Ministry of Industry and Information Technology held a mobilization and deployment Conference on Broadband popularization and acceleration projects. At the Conference, it was announced that the implementation of the "Broadband popularization and Acceleration Project" was officially launched. At this point, China has received much attention and bandwidth acceleration has started.

As we all know, in the pervasive information age of the Internet, the most depressing thing is the poor network speed, and sometimes even the impulse to destroy computers. When presenting a series of excellent software such as cloud computing applications and smart IOT, if it always displays annoying marks such as loading, network exception, and network timeout on the webpage, i'm afraid I can only bury myself in the sky. However, the depressing speed of the turtle's network is getting faster. With the active promotion of the three major operators, fiber optics will be fully popularized and bandwidth will be improved, which will undoubtedly bring a spring breeze to users, but another frustrating problem is that your vro is still stuck when the bandwidth goes up?

When the bandwidth is increased, but the processing speed of the router is still stopped, it will become one of the main bottlenecks of the enterprise network and directly affect the operating quality of the enterprise network. With the development of technology, Gigabit Routers have emerged. Not only does LANToLAN achieve Gigabit forwarding, but WANToLAN can also achieve gigabit speed. This high-performance router will break the network bottleneck, become the mainstream of network development in the future. The recently popular g316630 product is a typical product.

Xiaonuo g316630 adopts the latest MIPS dual-core network processor and a full gigabit port. Its performance is more than 7 times higher than the IXP533 processor used by routers at the same price. In addition to hardware optimization technologies such as large-capacity, high-speed memory and Green Channel acceleration, the core power is greatly improved. In combination with the product's leading functions, it can easily meet the needs of applications with high bandwidth and high energy consumption, this makes the enterprise network faster and more efficient, and eliminates the bottleneck on the performance of the equipment. This completely frees the routing function and provides excellent and reliable network protection for users.

To verify the performance of g0000630, I have designed the same environment for testing, compare the performance between single-line IXP and single-line MIPS dual-core processor, single-line MIPS dual-core processor and dual-line convergence MIPS dual-core processor.

First, connect a single M external line to test the total bandwidth of WEB downloads. As shown in figure 1, IXP processes the Downloading speed of the thunder software at 98 Mbps. Then we took two M external lines for testing, and found that the results were almost unchanged, still hovering over 90 Mbps.

Figure 1: m single-line IXP processor thunder software WEB download speed

Then, connect to a single M external line and test the total bandwidth of the g2017630 MIPS dual-core processor for WEB download. After the access settings, start the test and find that the speed is similar to that of the IXP processor (see figure 2), 97.5 Mbps.

Figure 2: m single-line MIPS dual-core processor thunder software WEB download speed

Next, we take two 191 M external aggregation bandwidths, and then test the total bandwidth of the MIPS dual-core processor WEB download, and find that the speed actually reaches Mbps (see figure 3). For small and medium enterprises, this type of router has a high performance. However, it is worth mentioning that the g0000630 is equipped with 3 ~ With four Gigabit WAN ports and all access lines for aggregation, the performance will be even more amazing. In today's popularity of optical fiber, the price of m optical fiber is already very cheap. Small and medium-sized enterprises can access multiple m optical fiber cables through multiple WAN ports, in addition to saving the cost of accessing high-bandwidth optical fiber lines, it can also achieve a Gigabit bandwidth effect through bandwidth aggregation.

Figure 3: M dual-line MIPS dual-core processor thunder software WEB download speed

The preceding section describes the dual-core performance of LANToWAN in the gipv630 access to a MB external download environment. If a gigabit architecture is built, the dual-core performance has more obvious advantages, the download bandwidth of the MIPS dual-core processor LANToWAN can be as high as 238 Mbps (see figure 4). the download speed of LANToLAN reaches 371 Gigabit single line (see Figure 5), which can be said to be extremely fast. If the Gigabit multi-line aggregation is required, the performance will be more powerful as you can imagine!

Figure 4: Gigabit single-line MIPS dual-core processor LANToWAN download speed

Figure 5: Gigabit single-line MIPS dual-core processor LANToLAN download speed

Gda-630 gigabit performance comparison with IXPNAT Performance

Today, when bandwidth increases and fiber optics are prevalent, many routers in the past cannot run at full speed, even if they can. For enterprises with ever-increasing network applications, if they need larger bandwidth and multiple lines for load balancing, the old routers cannot cope with the problem. Fortunately, the broadband speed-up project started, and the high-performance gigabit router also appeared. bandwidth speed-up and dual-core performance were added. Since then, the video conference was no longer stuck, VOIP was stable, and ERP transmission was accelerated, enterprise Network Card network and disconnected network la s can finally be turned over.

In the era of bandwidth acceleration, as the core device of an enterprise network, a router must improve its performance to survive. Now, xiaonuo g316630 is pinned down. Is your router pinned down?