What should I pay attention to when purchasing a multi WAN port router?

True multi-WAN: Session load balancing, multi-WAN routers are based on sessions.

When the Internet access request from the PC is sent to multiple WAN ports at the same time, and the Internet access data is returned.

It is also possible to return through different WAN ports at the same time. And each PC is connected to the Internet, and at the same time can send out several.

Ten, hundreds.

Session, so that when opening web browsing, ** and other operations, because these sessions can be assigned to different WAN ports, so the PC does not have to send sessions one by one on an external line and wait for the return.

Instead, it can send sessions on several WAN ports at the same time, and return data at the same time on several WAN ports.

As a result, this PC has achieved the purpose of using multiple lines to access the Internet, and has achieved the effect of doubling the bandwidth.

Fake Multi-WAN: A multi-WAN runtime of "IP Equalization" essentially allocates lines based on the IP of the internal PC.

road. In layman's terms, it is to count the number one PC to go wan to wan2

Obviously, an intranet PC can only use one WAN port, which does not have the effect of bandwidth superposition.

Bandwidth for multiple lines is wasted. The problem of a computer using only one WAN port for network access identification is solved, but a computer cannot use multiple lines at the same time.

At this time, multi-WAN routers no longer have the effect of bandwidth aggregation. Strictly speaking.

IP equalization is equivalent to the stacking of two or more single-WAN products. Because the multi-WAN processing mode of IP balancing has multiple WAN ports and tables, it cannot achieve the purpose of enterprises using multi-WAN routers to increase bandwidth and aggregate bandwidth.

So it's a "fake multi-wan".

How to distinguish between true and fake multi-wan:

1. Check whether the router's multi-WAN processing policy has an IP equalization option. Some are fake multi-WAN routers.

2. A multi-WAN router is connected to two broadband lines at the same time (take two 1m lines as an example).

3. Log in to online banking, bubble hall, etc. to see if the access is normal, and the successful one is the true multi-wan with "identity binding" technology. The failure is a fake multi-WAN without "identity binding" technology.

As far as I know, only the thriving multi-WAN technology on the market can truly achieve the superposition of bandwidth.

The other practices are basically IP balanced, which is equivalent to using multiple routers.

Some seem to be able to do it, but if you don't care about one or the other, you can't register on online banking.

That's the third point of discernment.

Fake multi-WAN means that the router also has multiple physical WAN interfaces, but the router does not process Internet access data for the purpose of bandwidth aggregation, but uses a function called "IP equalization". Although this is also a multi-WAN solution, the actual application does not have the desired effect at all.

"IP equalization" is similar to simply "assembling" two routers with a single WAN port to look like multi-WAN, and fake multi-WAN mainly refers to the deception of the router in the multi-WAN processing strategy. In the case of an IP balanced, the virtual multi-WAN runtime allocates lines based on the IP address of the intranet PC, rather than a session request. In layman's terms, it is to count the number one PC to go wan to wan2

Obviously, an intranet PC can only use one WAN port, which does not have the effect of bandwidth superposition, wasting the bandwidth of multiple lines. Strictly speaking, IP equalization is equivalent to the stacking of two or more single-WAN products.

The real bandwidth aggregation effect is done by a function called session load balancing in the router. The real bandwidth aggregation router is designed to be based on the session unit, and the Internet access requests sent by the PC are sent to different WAN ports according to the busyness of the router, and when the Internet access data is returned, it can also be returned through different WAN ports. And each PC is connected to the Internet, and at the same time can send out several.

10. Hundreds of sessions, so that when opening web browsing, ** and other operations, because these sessions can be assigned to different WAN ports, the PC does not have to send sessions one by one on an external line, and wait for the return, but can send sessions at the same time in several WAN ports, and several WAN ports return data respectively, as a result, this PC has achieved the purpose of using multiple lines to access the Internet, and has achieved the effect of doubling the bandwidth.

Explain it to you simply:

True WAN: For example, if you have 2 external lines, one is 2MB ADSL, and the other is 4MB ADSL, then with a true WAN device, your **speed is 2 + 4 = 6 MB effect, which is 700KB s

Fake multi-WAN: For example, if you have 2 external lines, one is 2MB ADSL, and the other is 4MB ADSL, then using a fake multi-WAN device, your **speed is 2 or 4 MB effect, which is 200KB s or

400kb s this is good with Thunderbolt test.

There is also a hardware router that only Xinxiang devices can do, and others cannot.

LZ must be sure to recognize the one I recommend to you

Ask in front of the boss what the principle of this bandwidth superposition is! How did it work! Then here's how to discriminate. You can do it!

How to distinguish between true and fake multi-wan:

1. Check whether the router's multi-WAN processing policy has an IP equalization option. Some are fake multi-WAN routers.

2. A multi-WAN router is connected to two broadband lines at the same time (take two 1m lines as an example).

3. Log in to online banking, bubble hall, etc. to see if the access is normal, and the successful one is the true multi-wan with "identity binding" technology. The failure is a fake multi-WAN without "identity binding" technology.

2. What are the advantages of multi-WAN routers?

The router can connect to multiple external lines with multiple WAN ports, and the reasonable use of multiple broadband lines can optimize many applications and solve many problems

1. Bandwidth aggregation: Multiple WAN ports can access multiple broadbands at the same time, and the access line bandwidth can be used at the same time through the load balancing strategy to achieve the effect of bandwidth superposition. For example, WAN1 and WAN2 each access 1M ADSL broadband, when the intranet PC uses Thunderbolt FlashGet, BT and other multi-threaded tool files, a PC can use 2 lines at the same time, making the actual speed reach 2M!

2. One network with multiple lines: Multiple WAN ports can be connected to different external network lines at the same time, such as WAN 1 connected to Netcom and WAN 2 connected to China Telecom. In this way, through the built-in intelligent policy library of the router, the service accessing Netcom in the intranet takes the Netcom line, and the service accessing Telecom takes the Telecom line, which reasonably solves the problem of mutual access bottlenecks in ISPs such as domestic Netcom and Telecom, so that your network is unblocked!

3. Intelligent redundancy: When one of the WAN ports is abnormal due to the existence of multiple WAN ports, the router can transfer the network traffic to other normal WAN ports in time to ensure that the abnormal line does not affect the network use and provide a strong guarantee for network stability!

Xinxiang multi-WAN broadband routers can aggregate multiple broadband lines, distribute traffic evenly through dynamic load balancing, expand line bandwidth, and support the mixing of multiple lines. The above applications can be implemented intelligently!

The knowledge learned did not relate to the questions raised by the landlord!!

The landlord directly uses the soft route!! Or Cisco! Huawei!

LZ's questions have the following needs:

1.There are two ADSLs, so it has to support one network and two lines, and if it can be expanded in the future, it must support one network and multiple lines.

2.Bandwidth can be superimposed.

3.To be better, my understanding is that it can enhance intranet security management and have the function of online behavior management.

4.Use,**affordable. That is, cost-effective.

Based on the above requirements, I recommend that LZ choose the ThiveImmunity Wall Multi-WAN Router for the following reasons:

1.It can not only support one network and two lines, one network and multiple lines, but also identify up to 7 ISP access lines such as Netcom, Telecom, Mobile, Unicom, Tietong, Radio and Television, and Education Network.

2.Xinxiang's real bandwidth overlay technology is based on the number of sessions to do load balancing to achieve the effect of bandwidth superposition, while the other is IP-based load balancing, which is what they call IP balancing technology, this IP balancing is not very significant, just like the parallel effect of 2 routes is the same, there is no bandwidth superposition effect. In layman's terms, Xinxiang routers can achieve the effect of 1+1=2.

3.Xinxiang's unique immunity wall technology can upgrade your intranet to an immune network, directly block ARP virus spoofing and attacks from the network card, and also see the real-time bandwidth traffic of any machine in the LAN through the monitoring center. Moreover, it can also realize the function of online behavior management.

4.Good after-sales service, economical and cost-effective.

Hope that helps.