MAITUO Traffic Control Solution

Industry Characteristics and Requirements

Traffic control application solutions refer to a series of technologies and strategies designed to manage, optimize, and ensure the quality of data transmission in computer networks, data centers, enterprise networks, or internet services. The primary objective is to allocate network resources effectively, prevent congestion, and ensure the smooth operation of critical business applications. The key components and strategies of traffic control solutions include:

1.Bandwidth Management

Dynamic Bandwidth Allocation: Dynamically adjust bandwidth distribution for different services or users based on real-time network traffic conditions, prioritizing critical business and high-priority traffic.

Traffic Shaping: Use buffering and delay techniques to smooth outgoing traffic, avoid congestion caused by traffic spikes, and ensure stability and efficiency in network transmission.

2. Quality of Service (QoS) Strategies

Priority Marking: Use IP priority or DSCP (Differentiated Services Code Point) to tag traffic, ensuring that high-priority packets, such as VoIP and video conferencing, are transmitted first.

Traffic Classification: Classify network traffic based on source, destination addresses, port numbers, or application types, setting different transmission policies for various categories of traffic.

Guaranteed Bandwidth and Maximum Bandwidth Control: Reserve minimum bandwidth for specific applications or user groups while limiting their maximum usage to prevent resource abuse.

3. Congestion Control

Sliding Window Protocol: Implemented at the transport layer (e.g., TCP protocol), adjusts the sender’s data transmission rate in response to network congestion, avoiding packet loss.

Active Queue Management (AQM): Deployed on routers or switches, discards or delays packets in queues to respond to congestion quickly, reducing latency and jitter.

4. Traffic Monitoring and Analysis

Real-Time Traffic Monitoring: Continuously collect network traffic data, monitor network conditions in real-time, and identify abnormal traffic or attacks.

Traffic Statistics and Reporting: Generate periodic traffic reports to analyze network usage and provide data support for optimization and planning.

5. Application Identification and Control

Deep Packet Inspection (DPI): Analyze packet content to identify application layer protocols and set traffic control policies for specific applications.

Application Control Policies: Based on application identification results, implement access control, bandwidth limitations, or priority adjustments to ensure rational network resource allocation.

MAITUO Industry Solution

To ensure the continuity of network operations and optimize the end-user experience, MAITUO leverages its deep expertise in the network security hardware field to develop a series of highly integrated, high-performance, and highly stable traffic control hardware platforms. These platforms not only address current network challenges but are also designed with future network development trends in mind, covering a wide range of application scenarios, including internal enterprise network management, data center traffic optimization, and cloud service traffic regulation.

Typical Application Case: NSC-8001

(Click for detailed product specifications)

• 2U Rackmount Hardware Platform

• Intel® C621 Chipset

• Single Intel® 2nd Generation Xeon Processor

• Supports 8 NIC Expansion Modules

• DDR4 ECC/Non-ECC Memory, Maximum Support of 384GB

• Supports CF, SATA, mSATA

• Compliance with EMC, RoHS, CE, FCC Certification Standards