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LGA 1366 (land grid array 1366), also known as Socket B, is an Intel CPU socket. LGA 1366 socket and processors were discontinued sometime in early 2012, having been superseded by the LGA 2011 socket, on 14 November 2011, supporting Sandy Bridge E-series processors.
Bloomfield is the code name for Intel high-end desktop processors sold as Core i7-9xx and single-processor servers sold as Xeon 35xx., in almost identical configurations, replacing the earlier Yorkfield processors.
Socket 1366, also called LGA1366 or Socket B, is a Land Grid Array (LGA) socket used by the latest generation of server-class Intel Core i7 and Xeon microprocessors. The socket supports triple-channel or six-channel DDR3 SDRAM memory controller and up to two QuickPath Interconnect links with frequencies up to 3.2 GHz.
CPUs are typically optimized to work with one type of memory or the other, and you cannot mix them on a motherboard since they require completely different sockets. Furthermore, even within the same family, RAM modules typically get faster and your old RAM may not be able to keep up with a new CPU.
So, can I upgrade CPU without changing motherboard? The answer is yes. CPU and motherboard compatibility is important and you want to make sure that your motherboard can support your new CPU.
Since each type of memory has different notch locations (which are important for installation), different memory technologies aren’t compatible with each other. Motherboards are generally only able to support one type of memory technology.
Most modern PCIe SSDs are designed for PCIe 3.0 slots, but since PCIe is backwards compatible they can still be used in older systems with PCIe 2.0 slots.
Of course, you can use both PCIe x4 line (16 physical) and x16 line slots for SSD drives, together or separately. But, according to specification, your workstation has the PCIe x16 graphic card onboard. So, without of removing the graphic card, you can plug to your workstation only one PCIe SSD disk.
PCIe sends data full-duplex bidirectionally; in other words, it can send and receive at the same time.
x1, x4, x8, and x16 PCIe configurations explained As a standard, every PCIe connection features 1, 4, 8, 16, or 32 lanes for data transfer, though consumer systems lack 32 lane support. As one would expect, the bandwidth will increase linearly with the number of PCIe lanes.