AMD

These affordable APUs combine either a dual or quad-core CPU with integrated graphics based on the AMD Radeon architecture. These entry-level processors provide a good starting point for a home or office PC, and require a Socket AM4 motherboard based on the AMD chipset.

These processors provide quad-core performance at an affordable price and are a good starting point for a home or office PC. They require a Socket AM4 motherboard based on the AMD chipset.

AMD Athlon GE Series are entry-level AMD CPUs based on the Zen architecture. Featuring 2 physical cores plus 2 SMT cores, Athlon GE CPUs provide good performance in everyday applications.

These Athlon GE processors have integrated AMD Radeon Vega graphics so there's no need to buy a separate graphics card for a home/office system or for playing online MOBA and MMORPG games. Some older AM4 motherboards may require a BIOS update to work with these CPUs.

AMD EPYC CPUs are designed for tower and rackmount servers and based on the previous generation Zen architecture. There are a wide variety of models available with different core and cache configurations, but all models support ECC Registed DDR4 memory and up to 128 PCI-E lanes for unparalleled connectivity.

These particular EPYC CPUs support a single processor per server.

If need more info to help Scan to build you a server featuring an AMD EPYC CPU please visit Scan 3XS Enterprise.

AMD EPYC CPUs are designed for tower and rackmount servers and based on the previous generation Zen architecture. There are a wide variety of models available with different core and cache configurations, but all models support ECC Registed DDR4 memory and up to 128 PCI-E lanes for unparalleled connectivity.

These particular EPYC CPUs support two processors per server.

If need more info to help Scan to build you a server featuring an AMD EPYC CPU please visit Scan 3XS Enterprise.

AMD EPYC CPUs are designed for tower and rackmount servers and based on the latest Zen 2 architecture. There are a wide variety of models available with different core and cache configurations, but all models support ECC Registed DDR4 memory and up to 128 PCI-E lanes for unparalleled connectivity.

These particular EPYC CPUs support a single processor per server.

If need more info to help Scan to build you a server featuring an AMD EPYC CPU please visit Scan 3XS Enterprise.

AMD EPYC CPUs are designed for tower and rackmount servers and based on the latest Zen 2 architecture. There are a wide variety of models available with different core and cache configurations, but all models support ECC Registed DDR4 memory and up to 128 PCI-E lanes for unparalleled connectivity.

These particular EPYC CPUs support two processors per server.

If need more info to help Scan to build you a server featuring an AMD EPYC CPU please visit Scan 3XS Enterprise.

The FX-Series is where you'll find AMD's highest performing desktop processors. Most models have unlocked multipliers for easier and higher CPU overclocking. With between four and eight cores, the chips are best suited to multi-threaded applications and games. They use the AM3+ socket so you'll need an AM3+ motherboard to match. These chips can also generate a lot of heat, especially when overclocked, so a cooler capable of taming them is a must.

Opteron processors are designed for severs, which means they have more cores than desktop chips in order to handle intensive multi-threaded workloads. They support huge amounts of ECC memory, and use AMD's Socket G34, which is also designed for servers.

AMD's sixteen-core Opterons are server chips designed using the same process as twelve-core models, but they're clocked slightly slower than those chips in order to allow for all of those cores. That means they're ideal for highly specialised, multi-threaded tasks, even if their raw speed isn't quite as impressive on paper.

Opteron 4 & 8 Core processors are designed for severs, which means they have more cores than desktop chips in order to handle intensive multi-threaded workloads. They support huge amounts of memory, and use AMD's Socket G34, which is also designed for specifically for servers.

Opteron 6 Core to 8 Core processors are designed for severs, which means they have more cores than desktop chips in order to handle intensive multi-threaded workloads. They support huge amounts of memory. These Processors use AMD's Socket C32.

The AMD Opteron™ processor, enabling simultaneous 32- and 64-bit computing, represents the landmark introduction of the AMD64 architecture. The AMD Opteron processor is designed to run existing 32-bit applications with outstanding performance and offers customers a simplified migration path to 64-bit computing. This evolutionary processor provides a dramatic leap forward in compatibility, performance, investment protection, and reduced total cost of ownership (TCO). The AMD Opteron processor is offered in three series: the 100 series (1-way), the 200 series (1 to 2-way), and the 800 series (up to 8-way).

Next-Generation AMD Opteron™ processors with Direct Connect Architecture introduce several new features including quad-core upgradeability, AMD Virtualization™ (AMD-V™), and energy efficient DDR2 memory. In addition, Next-Generation AMD Opteron processors are designed to advance AMD’s performance-per-watt capabilities and leverage the proven technologies introduced in 2003 with first-generation AMD Opteron processors.

The AMD Opteron™ processor, enabling simultaneous 32- and 64-bit computing, represents the landmark introduction of the AMD64 architecture. The AMD Opteron processor is designed to run existing 32-bit applications with outstanding performance and offers customers a simplified migration path to 64-bit computing. This evolutionary processor provides a dramatic leap forward in compatibility, performance, investment protection, and reduced total cost of ownership (TCO). The AMD Opteron processor is offered in three series: the 100 series (1-way), the 200 series (1 to 2-way), and the 800 series (up to 8-way).

AMD Ryzen 3 processors are the entry-level models of the new generation of AMD CPUs based on the Zen architecture. Featuring 4 physical cores, Ryzen 3 CPUs provide excellent performance in multithreaded applications such as video encoding or when running a couple of applications at once. As long as you have a compatible motherboard and sufficient cooling you can further boost the performance of these processors by overclocking too.

AMD Ryzen 5 processors are the mid-range models of the new generation of AMD CPUs based on the Zen architecture. Featuring 4 physical cores plus a further 4 virtual cores courtesy of SMT technology or 6 physical cores plus a further 6 virtual cores courtesy of SMT technology, Ryzen 5 CPUs provide great performance in multithreaded applications such as video encoding. As long as you have a compatible motherboard and sufficient cooling you can further boost the performance of these processors by overclocking too.

AMD Ryzen 7 2000-series processors are 2nd generation AMD CPUs based on the Zen+ architecture. Featuring 6 physical cores plus a further 6 virtual cores courtesy of SMT technology Ryzen 7 CPUs deliver excellent performance in multithreaded applications such as video encoding and with new and improved Precision Boost 2 they also perform great in lightly threaded software such as games as well. As long as you have a compatible motherboard and sufficient cooling you can further boost the performance of these processors by overclocking too.

These CPUs are compatible with all Socket AM4 motherboards, but older motherboards may require a BIOS update before the CPU is installed.

AMD Ryzen 5 3000-series processors are the mid-range models of the latest generation of AMD CPUs based on the Zen 2 architecture.

Featuring 6 physical cores plus a further 6 virtual cores courtesy of SMT technology Ryzen 5 CPUs deliver excellent performance in multithreaded applications such as video encoding and lightly threaded software such as games as well. As long as you have a compatible motherboard and sufficient cooling you can further boost the performance of these processors by overclocking too.

These CPUs are compatible with all Socket AM4 motherboards, but older motherboards may require a BIOS update before the CPU is installed.

AMD Ryzen 7 processors are the first of the new generation of AMD CPUs based on the Zen architecture. Featuring 8 physical cores plus a further 8 virtual cores courtesy of SMT technology Ryzen 7 CPUs deliver excellent performance in multithreaded applications such as video encoding. As long as you have a compatible motherboard and sufficient cooling you can further boost the performance of these processors by overclocking too.

AMD Ryzen 7 2000-series processors are 2nd generation AMD CPUs based on the Zen+ architecture. Featuring 8 physical cores plus a further 8 virtual cores courtesy of SMT technology Ryzen 7 CPUs deliver excellent performance in multithreaded applications such as video encoding and with new and improved Precision Boost 2 they also perform great in lightly threaded software such as games as well. As long as you have a compatible motherboard and sufficient cooling you can further boost the performance of these processors by overclocking too.

These CPUs are compatible with all Socket AM4 motherboards, but older motherboards may require a BIOS update before the CPU is installed.

AMD Ryzen 7 3000-series processors are the high-end models of the latest generation of AMD CPUs based on the Zen 2 architecture.

Featuring 8 physical cores plus a further 8 virtual cores courtesy of SMT technology Ryzen 7 CPUs deliver excellent performance in multithreaded applications such as video encoding and lightly threaded software such as games as well. As long as you have a compatible motherboard and sufficient cooling you can further boost the performance of these processors by overclocking too.

These CPUs are compatible with all Socket AM4 motherboards, but older motherboards may require a BIOS update before the CPU is installed.

AMD Ryzen 9 3000-series processors are the flagship models of the latest generation of AMD CPUs based on the Zen 2 architecture.

Featuring 12 physical cores plus a further 12 virtual cores courtesy of SMT technology Ryzen 9 CPUs deliver outstanding performance in multithreaded applications such as video encoding and lightly threaded software such as games as well. As long as you have a compatible motherboard and sufficient cooling you can further boost the performance of these processors by overclocking too.

These CPUs are compatible with most Socket AM4 motherboards, but older motherboards may require a BIOS update before the CPU is installed.

AMD Ryzen G Series are entry-level AMD CPUs based on the Zen architecture. Featuring 4 physical cores, Ryzen CPUs provide solid performance in multithreaded applications such as video encoding or when running a couple of applications at once.

These Ryzen processors have integrated AMD Radeon Vega graphics so there's no need to buy a separate graphics card for a home/office system or for playing online MOBA and MMORPG games. Some older AM4 motherboards may require a BIOS update to work with these CPUs.

AMD 2nd generation Ryzen Threadripper CPUs feature improved performance over 1st gen CPUs and up to 32 cores with SMT technology and so can process up to 64 threads in parallel. This makes these ultra high-end processors ideal for heavily multi-threaded applications such as video encoding and 3D rendering or running lots of applications at once. These multi-core CPUs support ultra-fast quad-channel DDR4 memory and with 64 PCI-E lanes can support multiple graphics cards and other devices such as RAID controllers, sound cards. These high-end CPUs use the special Socket TR4 and require a motherboard based on the AMD X399 chipset.

Some 2nd gen Ryzen Threadripper CPUs have a very high TDP. Please ensure that your motherboard and CPU cooler are adequate before installing the CPU.

AMD Ryzen Threadripper CPUs feature up to 16 cores with SMT technology and so can process up to 32 threads in parallel. This makes them ideally suited for heavily multithreaded applications such as video encoding and 3D rendering or running lots of applications at once. These multi-core CPUs support ultra-fast quad-channel DDR4 memory and with 64 PCI-E lanes can support multiple graphics cards and other devices such as RAID controllers, sound cards. These high-end CPUs use the special Socket TR4 and require a motherboard based on the AMD X399 chipset.

The AMD FirePro cards in this category are designed for use in industries where multiple displays from one computer are required – multimonitor display walls, financial and healthcare services and call centres, for example. These cards support industry standard connections and can power set-ups with two, four or even six displays, though you'll need to check the exact number on each card as well as the connections, as purchasing extra adaptors may be necessary too. They are single slot cards, so space requirements are low, and many are passively cooled, ensuring silence and extra longevity.

Radeon Pro graphics cards provide fast and accurate rendering and display for graphics workstations. Choose from models optimised for 2D or 3D applications, depending on the size of the models you're working with. Radeon Pro cards are based on the latest Polaris architecture so offer superior performance and power efficiency compared to previous generation FirePro cards.