ARM System Exchange

Cortex A15 DMC-400 CCI-400 Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A15 Interconnect: CCI-400 Memory: DMC-400 Software: Bare Metal Description This is a Cortex A15 CPAK featuring the DMC-400 and CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A15 Dual-Cluster Multi-Clock Domain Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A15 Interconnect: CCI-400 Software: Bare Metal Other: ADB-400 Description This is a Cortex A15 Dual-Cluster Multi-Clock Domain CPAK featuring the CCI-400 and ADB-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort, Dhrystone, and DecrData Baremetal software/benchmarks, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A15 Dual-Cluster Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A15 Interconnect: CCI-400 Software: Bare Metal Description This is a Cortex A15 Dual-Cluster CPAK featuring the CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort, Dhrystone, and DecrData Baremetal software/benchmarks, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A15 Dual-Core NIC-400 Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A15 Interconnect: CCI-400 Software: Bare Metal Other: GIC-400 Description This is a Cortex A15 Dual-Core CPAK featuring the CCI-400, NIC-400, and GIC-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort and Dhrystone Baremetal software/benchmarks, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A15 Linux Swap & Play CPAK
(Click for larger image)	Contents Processor: ARM Cortex A15 Interconnect: PL301 Software: Linux Other: PL011 Description This is a Cortex A15 CPAK featuring the PL301, PL011, and CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This analysis kit contains Swap ‘n Play capable models to enable the entire system to boot Linux in seconds and then swap to the 100% accurate representation at any software breakpoint. (Swap ‘n Play requires additional license features) This CPAK comes complete with the Dhrystone, Whetstone, LTP, and LMBench Linux software/benchmarks, written in C with complete system initialization code in ARM assembly. The benchmark source code is included, except for LMBench where source patches are provided. This CPAK also contains both the source code patches and binary for the Linux OS and a pre-built root filesystem. You will be required to download the source code for the linux distribution.
Cortex A15 Baremetal CPAK featuring Mali450
(Click for larger image)	Contents Processor: ARM Cortex A15 Interconnect: PL301 Software: Bare Metal Other: Mali-450 MP Description This is a Cortex A15 CPAK featuring the Mali450, PL301, PL011, CCI-400, and GIC-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools.
Cortex A15 GIC-400 Linux Swap & Play CPAK
(Click for larger image)	Contents Processor: ARM Cortex A15 Interconnect: PL301 Software: Linux Other: PL011 Description This is a Cortex A15 CPAK featuring the PL301, PL011, CCI-400, and GIC-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This analysis kit contains Swap ‘n Play capable models to enable the entire system to boot Linux in seconds and then swap to the 100% accurate representation at any software breakpoint. (Swap ‘n Play requires additional license features) This CPAK comes complete with the Dhrystone, Whetstone, LTP, and LMBench Linux software/benchmarks, written in C with complete system initialization code in ARM assembly. The benchmark source code is included, except for LMBench where source patches are provided. This CPAK also contains both the source code patches and binary for the Linux OS and a pre-built root filesystem. You will be required to download the source code for the linux distribution.
Cortex A53 32-Bit Linux Swap & Play CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: NIC-400 Software: Linux Other: PL011 Description This is a Cortex A53 CPAK featuring the NIC-400, PL011, and CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This analysis kit contains Swap ‘n Play capable models to enable the entire system to boot 32-bit Linux in seconds and then swap to the 100% accurate representation at any software breakpoint. (Swap ‘n Play requires additional license features) This CPAK comes complete with the Dhrystone, Whetstone, LTP, and LMBench Linux software/benchmarks, written in C with complete system initialization code in ARM assembly. This CPAK also contains both the source code patches and binary for the Linux OS and a pre-built root filesystem. You will be required to download the source code for the linux distribution.
Cortex Quad-Core Single-Cluster A53 GIC500 Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: NIC-400 Software: Bare Metal Other: GIC-500 Description This is a Cortex A53 CPAK featuring the GIC-500. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A53 Multi-Cluster Quad Core Linux Swap & Play CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: NIC-400 Software: Linux Other: PL011 Description This is a multi-cluster quad-core Cortex A53 CPAK featuring the NIC-400, PL011, and CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can be extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This analysis kit contains Swap ‘n Play capable models to enable the entire system to boot Linux in seconds and then swap to the 100% accurate representation at any software breakpoint. (Swap ‘n Play requires additional license features) This CPAK comes complete with the Dhrystone, Whetstone, LTP, and LMBench Linux software/benchmarks, written in C with complete system initialization code in ARM assembly. This CPAK also contains both the source code patches and binary for the Linux OS and a pre-built root filesystem. You will be required to download the source code for the linux distribution.
Cortex A53 Dual-Cluster Multi-Clock Domain Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: NIC-301 Software: Bare Metal Other: PL011 Description This is a Cortex A53 Dual-Cluster Multi-Clock Domain CPAK featuring the NIC-301, CCI-400, PL011, and ADB-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A53 ARCH64 Dual-Cluster GIC-400 Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: CCI-400 Software: Bare Metal Other: PL011 Description This is a Cortex A53 ARCH64 and Dual-Cluster CPAK featuring the CCI-400, PL011, NIC-400, and GIC-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A53 ARCH64 Baremetal CPAK featuring the DMC-400
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: CCI-400 Memory: DMC-400 Software: Bare Metal Other: PL011 Description This is a Cortex A53 ARCH64 CPAK featuring the CCI-400, PL011, DMC-400 and NIC-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A53 Dual-Cluster Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: NIC-301 Software: Bare Metal Other: PL011 Description This is a Cortex A53 Dual-Cluster CPAK featuring the NIC-301, CCI-400, and PL011. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the DecrData Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A53 ARCH64 Quad-Core Dual-Cluster Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: CCI-400 Software: Bare Metal Other: PL011 Description This is a Cortex A53 ARCH64, Quad-Core, and Dual-Cluster CPAK featuring the CCI-400, GIC-400, PL011, and NIC-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A53 ARCH64 Dual-Cluster TG Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: CCI-400 Software: Bare Metal Other: PL011 Description This is a Cortex A53 ARCH64 and Dual-Cluster TG CPAK featuring the CCI-400, PL011, NIC-400, and Traffic Generators. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the DecrData Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A53 ARCH64 Dual-Core Dual-Cluster Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A53 Interconnect: CCI-400 Software: Bare Metal Other: PL011 Description This is a Cortex A53 ARCH64, Dual-Core, and Dual-Cluster CPAK featuring the CCI-400, PL011, and NIC-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A57 Multi-Cluster Quad-Core AARCH64 Linux Swap & Play CPAK
(Click for larger image)	Contents Processor: ARM Cortex A57 Interconnect: NIC-400 Software: Linux Other: PL011 Description This is a multi-cluster quad-core Cortex A57 CPAK featuring the NIC-400, PL011, and CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can be extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This analysis kit contains Swap ‘n Play capable models to enable the entire system to boot Linux in seconds and then swap to the 100% accurate representation at any software breakpoint. (Swap ‘n Play requires additional license features) This CPAK comes complete with the Dhrystone, Whetstone, LTP, and LMBench Linux software/benchmarks, written in C with complete system initialization code in ARM assembly. This CPAK also contains both the source code patches and binary for the Linux OS and a pre-built root filesystem. You will be required to download the source code for the linux distribution.
Cortex A57 Dual Cluster Quad Core 32-bit Linux Swap & Play CPAK
(Click for larger image)	Contents Processor: ARM Cortex A57 Interconnect: NIC-400 Software: Linux Other: PL011 Description This is a Cortex A57 CPAK featuring the NIC-400, PL011, and CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This analysis kit contains Swap ‘n Play capable models to enable the entire system to boot 32-bit Linux in seconds and then swap to the 100% accurate representation at any software breakpoint. (Swap ‘n Play requires additional license features) This CPAK comes complete with the Dhrystone, Whetstone, LTP, and LMBench Linux software/benchmarks, written in C with complete system initialization code in ARM assembly. This CPAK also contains both the source code patches and binary for the Linux OS and a pre-built root filesystem. You will be required to download the source code for the linux distribution.
Cortex A57 ARCH64 Dual-Cluster Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A57 Interconnect: NIC-400 Software: Bare Metal Other: PL011 Description This is a Cortex A57 ARCH64 and Dual-Cluster CPAK featuring the NIC-400, CCI-400, and PL011. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A57 Dual-Cluster Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A57 Interconnect: NIC-301 Software: Bare Metal Other: PL011 Description This is a Cortex A57 Dual-Cluster CPAK featuring the NIC-301, CCI-400, and PL011. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the DecrData Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A57 ARCH64 Dual-Core Dual-Cluster Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A57 Interconnect: NIC-400 Software: Bare Metal Other: PL011 Description This is a Cortex A57 ARCH64, Dual-Core, and Dual-Cluster CPAK featuring the NIC-400, CCI-400, and PL011. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A7 Dual-Core Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A7 Interconnect: CCI-400 Software: Bare Metal Description This is a Cortex A7 Dual-Core CPAK featuring the CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Dhrystone Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A7 Linux Swap & Play CPAK
(Click for larger image)	Contents Processor: ARM Cortex A7 Interconnect: CCI-400 Software: Linux Other: GIC-400 Description This is a Cortex A7 CPAK featuring the CCI-400, GIC-400, PL011, and PL301. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This analysis kit contains Swap ‘n Play capable models to enable the entire system to boot Linux in seconds and then swap to the 100% accurate representation at any software breakpoint. (Swap ‘n Play requires additional license features) This CPAK also contains both the source code patches and binary for the Linux OS and a pre-built root filesystem. You will be required to download the source code for the linux distribution.
Cortex A7 and Cortex A15 big.LITTLE Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A7 Interconnect: CCI-400 Software: Bare Metal Other: GIC-400 Description This is a Cortex A7 and Cortex A15 big.LITTLE CPAK featuring the CCI-400, GIC-400, NIC-301, and PL011. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort, Dhrystone, and LMBench Baremetal software/benchmarks, written in C with complete system initialization code in ARM assembly. The benchmark source code is included, except for LMBench where source patches are provided.
Cortex A72 ARCH64 Dual-Cluster GIC-400 Baremetal CPAK
(Click for larger image)	Contents Processor: ARM Cortex A72 Interconnect: CCI-400 Software: Bare Metal Other: GIC-400 Description This is a Cortex A72 ARCH64 and Dual-Cluster CPAK featuring the CCI-400, GIC-400, and PL011. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This CPAK comes complete with the Sort Baremetal software/benchmark, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.
Cortex A72 Multi-Cluster Quad-Core AARCH64 Linux Swap & Play CPAK
(Click for larger image)	Contents Processor: ARM Cortex A72 Interconnect: NIC-400 Software: Linux Other: PL011 Description This is a multi-cluster quad-core Cortex A72 CPAK featuring the NIC-400, PL011, and CCI-400. The CPAK uses a fabric with memory and IO subsystems constructed in SoC Designer Plus and models from ARM IP Exchange. This basic hardware and software system can be extended and customized with proprietary IP and software. The CPAK also incorporates ARM’s DS-5 Debugger and ARM's SoC Designer Plus’ profiling tools. This analysis kit contains Swap ‘n Play capable models to enable the entire system to boot Linux in seconds and then swap to the 100% accurate representation at any software breakpoint. (Swap ‘n Play requires additional license features) This CPAK comes complete with the Dhrystone, Whetstone, LTP, and LMBench Linux software/benchmarks, written in C with complete system initialization code in ARM assembly. This CPAK also contains both the source code patches and binary for the Linux OS and a pre-built root filesystem. You will be required to download the source code for the linux distribution.
Cortex A73 ARCH64 CPAK
(Click for larger image)	Contents Processor: ARM Cortex A73 Interconnect: CCI-400 Software: Bare Metal Other: PL011 Description This is a Cortex A73 ARCH64 CPAK featuring the CCI-400, The benchmark source code is included.
Quad Core Cortex-R8 NIC-400 BP-140 Baremetal SystemC CPAK
(Click for larger image)	Contents Processor: ARM Cortex R8 Interconnect: CCI-400 Software: Bare Metal Description This is a Quad Core Cortex-R8 NIC-400 SystemC CPAK featuring the Cortex R8 CPU and the NIC400 interconnect. The CPAK is constructed using the OSCI SystemC standard and models from ARM IP Exchange. This basic hardware and software system can be extended and customized with proprietary IP and software. This CPAK comes complete with the Dhrystone and Hello World Baremetal software/benchmarks, written in C with complete system initialization code in ARM assembly. The benchmark source code is included.