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CNCR: Leading MPLS Router Supplier

 

 

CNCR is a global leading supplier providing telecom access network solutions. Since the company was successfully listed in 2011, CNCR has always adhered to independent research and development and technological innovation, and successfully passed the highest level CMMI5 certification in the global software field.

 

 
 

Compared with the traditional SDH transmission network, IPRAN is based on IP transmission network. IP RAN is an overall router/switch solution optimized and customized for IP-based base station backhaul application scenarios. IP/MPLS technology is adopted in the metropolitan convergence/core layer, and the access layer mainly adopts the two-layer enhanced Ethereum technology, or the technical solution combining the two-layer enhanced Ethereum and the three-layer IP/MPLS. 

 
Why Choose Us
 
01/

Professional Engineer
500+ experts provides innovative solutions to ensure project quality and reliability.

02/

Customizable R&D
Meet personalized needs, reduce costs, protect intellectual property rights, improve competitiveness, and enhance user experience.

03/

Real-Time Support
7*24 hours global technical support service, quickly solve problems and improve user experience.

04/

Certified Quality
CNCR products have passed various international certifications such as ISO, CE, ROHS, improve customers' market competitiveness.

 

Technical Specifications

 

Integrated Storage Drive:

16GB High Performance SATA Drive

Additional Storage Options:

M.2 SATA—256GB, 512GB, 1TB SSD

Power Supply:

Dual (1+1) Redundant Power Inputs* (Power Supply Options)

Processor:

Quad-core up to 2.4 Ghz

DDR:

4GB

Performance:

Ruggedized System

Ethernet Interface Card:

1G, 10G, 25G, 40G, and 100G interfaces

MTBF (hours):

101292

IP Level Protection:

IP20

Max. Power Consumption @ 48V DC:

< 26 Watts

Max. Power Consumption @ 80~240, 50/60Hz V AC:

< 30 Watts

 

Benefits of MPLS router
1

Improved Quality of Service (QoS)

MPLS router provides improved QoS for different types of traffic by assigning labels to packets and prioritizing them accordingly. This ensures that real-time traffic like voice and video are given higher priority over other types of traffic, resulting in reduced delays and improved user experience.

2

Increased Network Scalability

MPLS router allows for increased network scalability by providing a way to segment and prioritize traffic flows. This enables network administrators to efficiently manage network resources and add new services without impacting existing services.

3

Enhanced Network Security

MPLS router provides enhanced network security by enabling traffic to be routed through virtual private networks (VPNs). This helps to prevent unauthorized access to sensitive data by encrypting traffic and ensuring that it only flows through authorized channels.

4

Efficient Network Management

MPLS router simplifies network management by providing a centralized control plane. This enables network administrators to manage and optimize traffic flows, diagnose, and troubleshoot network problems, and quickly identify and resolve network issues.

 

Uses of MPLS Router
 

Enterprise Connectivity
MPLS router is extensively used in enterprise environments where the number of branch offices and data centers required to establish a network is large. It is also suitable for businesses that need their data exchange and collaboration to be continuous because it can efficiently manage traffic and provide consistent performance.

 

Service Provider Networks
MPLS router is frequently signed by telecommunications companies to control their large-scale networks. This enables service providers to deliver premium services, such as VPNs and dedicated internet access (DIA), to their customers while ensuring high performance and resiliency.

 

Data Center Interconnects
Data centers are connected via MPLS router, with options for redundant links ensuring application performance redundancy. This makes it suitable for data center environments, where a huge number of high-speed parallel writes take place.

 

Cloud Integration
As more businesses migrate to cloud-based services, MPLS router serves as a reliable and efficient conduit bridging on-premises networks with those in the cloud. It offers the required bandwidth and reduces latency connections needed for good cloud computing.

 

Disaster Recovery
In the case of a disaster recovery situation, MPLS router is essential as it allows fast and redundant data replication between primary and secondary sites. It manages traffic well and ensures backups behave in as predictable a fashion as possible.

 

 
Comparing MPLS with Other Networking Technologies
 
01/

MPLS vs. SD-WAN
MPLS is a reliable network connectivity and compliance method through dedicated, physical links. On the other hand, Software-Defined Wide Area Network or SD-WAN is a flexible, affordable solution for remote connectivity and security.

02/

MPLS vs VPN
When it comes to connections, MPLS manages both point-to-point and multipoint options to support multicast traffic in large-size companies without the need for encryption. Meanwhile, a Virtual Private Network or VPN is all about point-to-point connectivity to create a protected network.

03/

ATM vs MPLS
Packets are one of the vital elements of MPLS, where it works with packets that vary in length. Due to its variability, it ensures low latency and high speed. In contrast, Asynchronous Transfer Mode or ATM has a limit and a fixed length of 53-byte packets referred to as cells.

04/

MPLS vs BGP
Depending on the technology used, data packets use different OSI layers. As a tag switching, MPLS travels through Layer 3 to route packets. At the same time, Border Gateway Protocol or BGP is simply a routing protocol that capitalizes on Layer 4 to determine forwarding decisions based on labels instead of packets.

Ethernet Demarcation Device

 

Installation Requirements
  • Ensure a stable power source with proper grounding to prevent electrical surges or equipment damage.
  • Verify adequate rack space, airflow clearance, and mounting brackets to securely install the router.
  • Maintain proper temperature and humidity levels with sufficient ventilation to prevent overheating.
  • Confirm the availability of required interfaces and compatible cabling for MPLS.
  • Ensure the router’s operating system and firmware are up to date and support MPLS functionality.

 

 

How to Place Your Order
  • Send us your order list (models/quantities/specification).
  • We will send you PROFORMA INVOICE (PI) with shipping cost and Payment information for your confirmation.
  • You arrange payment after you confirmed proforma invoice, we will arrange production after received your payment notice.
  • We will arrange delivery after your payment arrived and goods ready,and at the same time we will tell you goods tracking number so that you could know your goods condition by this number from courier site.
  • You will receive your order in about 3-5 days after goods ship out.
3U IP - MPLS Router

 

Packaging & Shipping

 

Trade Terms:

FOB, CIF, CFR, etc

Price Terms:

T/T, Western Union, Paypal, L/C, RMB, Credit Card

Lead Time:

Generally, if the goods are in stock, shipment can be arranged within 3 working days;

If the goods need to be mass produced, delivery time may be around 7-10 working days.

Shipment:

Express, Air, Sea

Package Information:

Standard carton package with the original package

 

Video

 

 

Patents & Certificates
 

In pursuing innovation of cutting-edge technologies, CNCR has been publishing patents every year.

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Factory Environment

 

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FAQ

 

Q: Are you trading company or manufacturer?

A: We are manufacturer, having our own factories.

Q: Do you provide samples ? is it free or extra?

A: Sorry, we can not provide free samples

Q: How long i can get the feedback after we sent the enquiry?

A: We will reply you within 12 hours in working day.

Q: Can you do our design?

A: Of course, your customized design (OEM) is available.

Q: Can you make our design for the package?

A: Yes, please send us the design you need ,we will value the price and make the exact same package basing on your design.

Q: How MPLS router works?

A: Routing based on IP addresses is inefficient, increasing network latency. MPLS is designed to use shorter labels to send packets along predefined routes. For example, if an organization has an MPLS circuit linking two locations, all packets that will be sent over that circuit will receive the appropriate label. This allows the MPLS routers to more quickly identify the packet’s intended destination and send it on its way.

Q: What is the role of an MPLS router in a typical MPLS network?

A: An MPLS router, or Label Switch Router (LSR), reads labels on packets and forwards them correctly. They ensure labeled traffic moves efficiently, reducing latency and improving reliability.

Q: How fast can an MPLS circuit go, and how does this compare with standard internet speeds?

A: MPLS speeds vary based on the service level you choose. They can range from a few Mbps to several Gbps. This is faster than many standard internet plans. MPLS uses dedicated paths, which means your data moves with fewer interruptions. This provides more stable throughput than typical internet plans.

Q: Should I replace my existing firewall with an MPLS firewall solution?

A: MPLS doesn’t replace the need for security devices. An MPLS firewall is used alongside traditional security to protect labeled traffic. It’s important to keep strong firewall rules, intrusion detection systems, and encryption for security.

Q: How does an MPLS connection differ from a standard internet service?

A: An MPLS connection goes through a service provider’s private network. This ensures labeled paths with guaranteed bandwidth and performance. It’s great for real-time applications like voice or video conferencing. Standard internet connections, on the other hand, use best-effort routing without these guarantees.

Q: When comparing MPLS vs IP routing, how do labels improve performance?

A: In IP routing, each router checks the full IP address to decide the next hop. MPLS attaches labels to packets at the network edge. Routers then read these labels and forward traffic quickly on a set path.

Q: How does MPLS differ from a T1 line?

A: A T1 line offers a fixed bandwidth of 1.544 Mbps. MPLS, though, can adjust bandwidth dynamically and offer faster speeds when needed. It also supports multiple protocols and prioritizes critical applications, making it more scalable.

We're well-known as one of the leading IP RAN device manufacturers in China since 1999, specialized in providing high quality customized products. Welcome to buy cheap IP RAN device for sale here from our factory. For price consultation, contact us.

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