
( Brand: Emc ), ( Type: Board ), ( Manufacturer Part Number: 303-343-000C-00 )
The EMC 303-343-000C-00 Databook PCB TLA Ganymede Rear I/O Riser Board is a crucial component designed for use in IBM System z mainframe computers. This riser board is specifically engineered for the TLA (Technology Level Agreement) Ganymede generation of IBM mainframes.
The PCB measures approximately 17.5 inches by 13 inches, making it a substantial addition to the mainframe's internal infrastructure. It is designed to accommodate a variety of I/O devices, enabling seamless communication between the mainframe and peripheral devices.
The EMC 303-343-000C-00 is a high-density board, featuring multiple connectors for various I/O interfaces. These interfaces may include FICON, ESCON, and SAS, among others. Each connector is designed to provide reliable and efficient data transfer to ensure optimal performance of the connected devices.
The board is manufactured using high-quality materials and advanced manufacturing processes to ensure its durability and reliability. It is also designed to operate in the demanding environment of a mainframe data center, with robust components that can withstand high temperatures and electrical loads.
The EMC 303-343-000C-00 Databook PCB TLA Ganymede Rear I/O Riser Board is a vital component in the expansion and upgrade of IBM System z mainframes. It provides the necessary connectivity for a wide range of I/O devices and ensures seamless communication between the mainframe and peripherals, enabling efficient and reliable data processing.
In summary, the EMC 303-343-000C-00 Databook PCB TLA Ganymede Rear I/O Riser Board is a versatile and robust solution for expanding the capabilities of IBM System z mainframes. Its high-density design, reliable interfaces, and durable construction make it an essential component for any mainframe environment.
The EMC 303-343-000C-00 Datadomain PCB TLA Ganymede Rear I/O Riser Board is a component used in EMC VNX and VNXe series storage systems. This riser card enables data transfer between the storage enclosure and the controller, improving data throughput and reliability. Here are some potential pros and cons of purchasing this specific riser board:
Pros:1. Compatibility: This riser board is specifically designed for EMC VNX and VNXe series storage systems, ensuring seamless integration and compatibility.
2. Improved Performance: The use of a Datadomain PCB in this riser board offers enhanced data transfer rates, which can lead to improved overall system performance and responsiveness.
3. Redundancy: The TLA (Triple Link Adapter) configuration of the riser board provides increased redundancy, ensuring data availability in case of a link failure.
4. Scalability: The rear I/O design of the riser board enables easy expansion of the storage system by adding additional drives or enclosures.
Cons:1. Cost: The EMC 303-343-000C-00 Datadomain PCB TLA Ganymede Rear I/O Riser Board may be more expensive compared to standard riser boards without Datadomain technology.
2. Limited Compatibility: This riser board is only compatible with EMC VNX and VNXe series storage systems, limiting its applicability to users with these specific systems.
3. Complexity: The implementation of Datadomain technology in the riser board may require additional expertise and resources for installation and configuration.
In conclusion, the EMC 303-343-000C-00 Datadomain PCB TLA Ganymede Rear I/O Riser Board offers enhanced performance, improved redundancy, and easy scalability for EMC VNX and VNXe series storage systems. However, its cost and limited compatibility, along with the potential complexity of implementing Datadomain technology, may be drawbacks for some users.
Recommendation: If you are working with an EMC VNX or VNXe series storage system and require high-performance, highly available storage, the EMC 303-343-000C-00 Datadomain PCB TLA Ganymede Rear I/O Riser Board can be a valuable investment. However, it is essential to consider the associated costs and potential complexity of implementation before making a purchase. If your storage requirements are less demanding, a standard riser board may be a more cost-effective solution.
Used conditions. Pulled from retired units.