Product Transition Matrix

Cisco 1720/1721 Product Comparison

The new Cisco 1721 routers should be deployed in scenarios that previously called for Cisco 1720 routers. This new model provides additional functionality at no additional cost.

 

Cisco 1720

Cisco 1721

Routing Performance

8,400pps

12,000 pps

(Based on 64-byte Packet)

 

 

DRAM (default MB)

32

32

DRAM (max MB)

48

96

Flash (default MB)

8

16

Flash (max MB)

16

16

IEEE 802.1Q VLAN Routing

No

Yes

Encryption Module LED Indicator

No

Yes

Cisco 2600 Series Product Comparison

The new 2600 Series XM models offer improved performance and increased memory at no additional cost.

 

2610/11

2610/11XM

2620/21 2620/21XM 2650/51 2650/51XM

Fixed LAN Ports

1E/2E

1FE/2FE

1FE/2FE

1FE/2FE

1FE/2FE

1FE/2FE

Routing Performance (Kpps)

15

20

25

30

37

40

DRAM (default MB)

32

32

32

32

32

64

DRAM (max MB)

64

128

64

128

128

128

Flash (default MB)

8

16

8

16

8

16

Flash (max MB)

16

48

32

48

21

48

101

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Cisco Systems 7200, 7300, 7400 manual Product Transition Matrix

7400, 7200, 7300 specifications

Cisco Systems is a key player in the networking and communications industry, and its wide range of routers is a testament to its innovation and reliability. Among the most prominent models are the 7400, 7200, and 7300 Series routers, each with distinct features, technologies, and strengths that cater to diverse performance needs.

The Cisco 7400 Series router is designed for service providers seeking high performance and scalability in their core and edge networks. It supports up to 1.2 Terabits per second of throughput, making it well-suited for handling large volumes of data traffic. One of its hallmark features is the support for advanced service chaining, allowing operators to deploy a mix of virtual and physical functions seamlessly. Additionally, the router supports redundant power supplies and fans, ensuring high availability and reliability. The 7400 Series is also equipped with advanced security features including integrated threat intelligence capabilities, which help protect against cyber threats while maintaining the quality of service.

Next, the 7200 Series is well-known for its versatility in both enterprise and service provider environments. It supports a variety of WAN interfaces and is capable of handling multiple protocols, including IP, Frame Relay, and ATM. This router provides modularity, allowing users to tailor the hardware configuration to their specific needs with interchangeable interface cards. The 7200 Series is optimized for voice and data convergence, making it ideal for businesses that require robust support for unified communications. Additionally, it features enhanced security options, including Cisco IOS Firewall and IPS services to safeguard data integrity.

Finally, the Cisco 7300 Series router excels in providing high-performance routing for enterprises and service providers, particularly in edge routing scenarios. It offers a balance between performance and cost, with a processing capability that meets the demands of growing bandwidth needs. The 7300 Series supports various interfaces for both synchronous and asynchronous communication, making it a flexible choice for integrated network environments. It is designed to support IPv6, which is increasingly important for modern networking as organizations transition towards next-generation Internet architectures.

In summary, Cisco's 7400, 7200, and 7300 Series routers are built to meet the needs of a range of users, from large-scale service providers to medium-sized businesses. Each model brings unique capabilities to the table, providing solutions that prioritize performance, scalability, and security. As organizations continue to evolve their networking capabilities, Cisco's routers remain a go-to choice for reliable and advanced networking infrastructure.