No.

Description

FRU No.

 

 

 

 

Bottom Case Asm. w/ 1394 cover (with

04P3600

 

1161, AIP information label)

 

 

Lower case

 

 

INFO. LBL for Atlanta/1161 AIP

 

 

 

 

 

Bottom Case Asm. w/ 1394 cover (with

04P3602

 

1171, w/w information label)

 

 

Lower case

 

 

INFO. LBL for Atlanta/1171 WW

 

 

 

 

 

Bottom Case Asm. w/ 1394 cover (with

04P3603

 

1171, US information label)

 

 

Lower case

 

 

INFO. LBL for Atlanta/1171 US

 

 

 

 

 

FRU lower case w/o 1394 cover (with

04P3598

 

1161 EMEA information label)

 

 

Lower case

 

 

INFO. LBL for Atlanta/1161 EMEA

 

 

 

 

 

FRU lower case w/o 1394 cover (with

04P3601

 

1161 IIPC information label)

 

 

Lower case

 

 

INFO. LBL for Atlanta/1161 IIPC

 

 

 

 

 

FRU lower case w/o 1394 cover (with

04P3604

 

1171 EMEA information label)

 

 

Lower case

 

 

INFO. LBL for Atlanta/1171 EMEA

 

 

 

 

13

DIMM 32MB

20L0263

 

 

 

 

DIMM 64MB

20L0264

 

 

 

 

DIMM 128MB

20L0265

 

 

 

14

DIMM Door Asm.

08K6553

 

 

 

15

Battery Assy. (Ni-Mh)

02K6692

 

 

 

16

HDD Darghter Card

08K3205

 

 

 

17

FDD Module (USB)

05K9283

 

 

 

18

24X CD-ROM Module

05K9281

 

 

 

 

24X CD-ROM Module

27L3432

 

 

 

19

RTC Battery

02K6694

 

 

 

20

Lid S/W Cable

08K6554

 

 

 

21

RJ-11/1394 Cable Asm.

27L0553

 

RJ-11 Cable

 

 

IEEE-1394 Cable

 

 

 

 

102ThinkPad i Series 1200/1300 HMM

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Madge Networks 1300, 1200 manual Dimm 32MB

1300, 1200 specifications

Madge Networks was a pioneering entity in the networking industry, notably recognized for its advanced solutions in the area of Token Ring technology during the late 20th century. The Madge Networks 1200 and 1300 series, launched in the mid-1990s, represented significant advancements in network performance and reliability.

The Madge Networks 1200 series was designed to cater to businesses looking for a robust networking infrastructure. This series supported Token Ring networks, which offered advantages such as reduced collision domains, enhanced fault tolerance, and improved data integrity. With a throughput of up to 16 Mbps, the 1200 series provided companies with the ability to efficiently handle data-intensive applications. Its architecture allowed for seamless integration with existing networks, ensuring a smooth transition for organizations upgrading their infrastructure.

On the other hand, the Madge Networks 1300 series took performance a step further. It offered higher throughput capabilities, advancing up to 100 Mbps. This was a remarkable leap for organizations striving for increased bandwidth and lower latency in their communications. The 1300 series featured more advanced management tools, providing network administrators with enhanced visibility and control over network performance. These tools facilitated real-time monitoring and troubleshooting, which were vital for maintaining optimal network health.

Both series utilized proprietary technologies such as the Madge Token Ring ASIC, which improved reliability and performance under high-load conditions. They also featured support for multiple network topologies and configurations, making them highly versatile for different business environments. The hardware was designed for easy scalability, allowing enterprises to expand their networking capabilities without significant overhauls.

Security features were also integrated into both the 1200 and 1300 series. With built-in functionalities for network access control and error detection, these devices ensured a secure networking environment. Each device was engineered to support redundancy protocols, minimizing chances of service disruptions, crucial for mission-critical applications.

In summary, the Madge Networks 1200 and 1300 series exemplified the networking innovations of their era, combining performance with reliability and scalability. They catered to various business needs, providing a flexible and secure networking solution that paved the way for future advancements in enterprise networking. Their legacy continues to influence modern networking technologies.