Ampere Computing
Arm-based high-performance computing for Defense and Tactical Field Operations. High-performance Ampere Altra processors integrated into TAA-compliant, USA-manufactured systems built for defense, federal, and IoBT field operations.
Understanding Ampere Computing
What is Ampere Altra Edge Computing?
Ampere Altra edge computing is a high-performance, energy-efficient processing solution built on Arm-based architecture — meaning it delivers more computing power while using far less energy than traditional Intel or AMD chips.
Unlike x86 processors, the Altra is built on a 64-bit Arm64 instruction set. This design runs cooler, draws less power, and delivers consistent, predictable performance even under sustained, demanding workloads. For anyone running a system in the field, that translates to longer runtime, less heat to manage, and fewer infrastructure demands.
In defense and federal environments, these qualities directly address one of the biggest operational constraints: SWaP. SWaP stands for Size, Weight, and Power — the three factors that define what hardware is actually viable in a tactical deployment. Ampere Altra processors are the industry-standard answer for SWaP-constrained missions because they pack serious computing capability into a form factor that field systems can actually support.
Deployable Technologies integrates these processors into ruggedized, TAA-compliant platforms that are designed and manufactured in the USA. Whether your mission needs real-time data processing at the forward edge, AI inference, or secure tactical communications infrastructure, the Ampere Altra family is built for it.
Learn more about our RF Shielded Rack Systems → and how Ampere Altra processors power them at the edge.
Learn more about Ampere Computing’s processor architecture at amperecomputing.com
Understanding Ampere Computing
How Does Deployable Technologies Integrate Ampere Altra Processors?
Deployable Technologies takes Ampere Altra processors and builds them into complete, field-ready edge computing systems tailored to your specific mission requirements. We are not a reseller → we are a full systems integrator. That means we design, configure, test, and support every platform we deliver.
Our Ampere Altra-based systems are:
- Designed and manufactured in the USA
- TAA compliant and built to defense contracting standards
- Configurable for IoBT, tactical wireless communications, and edge AI workloads
- Compatible with RF shielded rack enclosures for electromagnetic protection
- Supported by our technical team from initial consultation through field deployment
We work with federal agencies, defense primes, and system integrators to define the right configuration for each program. Every integration is validated against your mission profile before it ships → because where failure is not an option, the hardware cannot be either.
AMPERE ALTRA FAMILY COMMON FEATURES
Rugged, flexible platform for wireless communications supporting IoBT applications. The highly configurable design allows creative, innovative applications using the same proven platform.
Designed and manufactured in the USA.
AMPERE® ALTRA® FAMILY 64-BIT MULTI-CORE PROCESSORS
Designed to meet the requirements of modern Cloud Native Computing environments, the Ampere® Altra® Family are an innovative architectural family of Cloud Native Processors designed to be:
- High Performance and Predictable
- Elastic and Scalable
- Power Efficient and Sustainable
The Ampere Altra Family includes products that provide efficient computing solutions for a variety of computing needs from power and space-constrained embedded devices to edge Computing installations to the digital Enterprise and Hyperscale Data Centers.
Private Caches
L2: 1 MB per Core
L1: 64K Instruction and 64K Data per Core
Memory
8 Channels 72-bit DDR4-3200 with ECC
Up to 16 DIMMs (2DPC) and 4 TB total memory
Connectivity
128 Lanes PCIe Gen4 (optional 64 lane CCIX for multi-socket support)
Cloud Native Features
Single Threaded Cores
2x128b Vector Units, FP16, Int16, Int8
Consistent Frequency up to 3.0 GHz
Advanced Power Management, Dynamic Estimation, Voltage droop detection
Cloud Native Features
Single Threaded Cores
2x128b Vector Units, FP16, Int16, Int8
Consistent Frequency up to 3.0 GHz
Advanced Power Management, Dynamic Estimation, Voltage droop detection
System Features
Interrupt Virtualization (GICv3)
Enterprise RAS: SECDED ECC protected memory throughout
IO Virtualization (SMMUv3, SRIOV)
Coherent Mesh Interconnect with distributed snoop filtering
Other Specifications
Instruction Set Compatibility: Armv8.2+, SBSA 4
PCBA System Support: I2C, GPIO, QSPI and GPI Interrupt Support, System and Watchdog Timer Support
Process: TSMC 7 nm FinFET
Independent System and Power Controllers (SMpro and PMpro)
Operating Junction Temperature Range: 0°C to 90°C
Socket Compatible Packages: 4926-Pin FCLGA
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PRODUCT NAME
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PRODUCT CORE COUNT
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SYSTEM LEVEL CACHE
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I/O CONNECTIVITY
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|---|---|---|---|
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Ampere Altra
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32 Cores | 64 Cores | 80 Cores
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32 MB
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48 Controllers Bifurcation to x4 and x2
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Ampere Altra Max
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96 Cores | 128 Cores
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16 MB
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32 Controllers Bifurcation to x4
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Ready to Deploy High-Performance Edge Computing for Your Mission?
Deployable Technologies integrates Ampere Altra processors into TAA-compliant, USA-manufactured edge servers built for defense and federal operations. Whether you are deploying into a contested tactical environment or building out a forward edge computing stack, we have the engineering team and integration experience to support your mission.
Email: sales@deployabletechnologies.com
Phone: 703-665-1600
- Tactical Intelligence Hub
Frequently Asked Questions About Ampere Altra Edge Computing
Are Deployable Technologies Ampere Altra systems TAA compliant and made in the USA?
Yes. All hardware integrated by Deployable Technologies is TAA (Trade Agreements Act) compliant. We prioritize domestic, USA manufacturing and use a secure supply chain that meets the requirements of federal and defense contracts. You can confirm compliance documentation with our team prior to any procurement action → Contact a Team Member
What is the difference between Ampere Altra and Altra Max?
The main difference comes down to core count and what workload you are running. The Altra tops out at 80 cores and is built for flexible, space-constrained edge deployments with a wide range of I/O options. The Altra Max scales up to 128 cores and is designed for high-throughput, data-intensive missions like edge AI inference and signals intelligence processing. If you are unsure which fits your program, our team can help you match the right processor to your workload requirements.
What does SWaP-optimized mean in the context of these processors?
SWaP-optimized means the system is engineered to deliver the most computing power possible within strict limits on Size, Weight, and Power. In tactical and defense environments, those three constraints define what hardware is actually deployable in the field. Because Ampere Altra processors are built on a 7nm Arm-based architecture, they deliver more compute per watt than traditional x86 chips. That directly reduces system size, lowers weight, and extends runtime on limited power sources → which is exactly what field-deployable hardware needs to do.
What security and encryption levels do these platforms support?
These platforms include enterprise-grade hardware security features built directly into the processor, starting with ECC-protected memory throughout the entire memory subsystem. Additional built-in protections include IO Virtualization via SMMUv3 and SR-IOV for network-level isolation between workloads. Beyond processor-level features, encryption capabilities depend on your specific platform configuration and classification requirements. Contact our team to walk through the security architecture for your mission.
See our full Secure Communications and Tactical IT product line.
How does Arm64 (AArch64) architecture differ from x86?
Arm64 processors are fundamentally more power-efficient than x86 chips because they use a simpler instruction set that requires less power to execute the same tasks. Traditional x86 processors from Intel and AMD use a CISC (Complex Instruction Set Computing) design, which packs more complexity into each instruction. Arm64 uses a RISC (Reduced Instruction Set Computing) design that breaks those same tasks into simpler, faster steps. The result is less heat generated, lower power consumption, and longer runtime — which makes Arm64 the architecture of choice for edge and tactical environments.
For a technical comparison of Arm and x86 architectures, see Arm’s official architecture documentation
Can I access technical data sheets and drawings for these systems?
Yes. Technical data sheets, integration drawings, and configuration documentation are available upon request for qualified government and defense customers. Contact our technical team to begin the verification process.
Contact Us → Request Technical Documentation
What workloads are Ampere Altra processors best suited for in defense environments?
Ampere Altra processors are best suited for edge AI inference, signals intelligence processing, containerized tactical applications, IoBT data aggregation, and cloud native communications infrastructure. These are workloads that require sustained, consistent performance over long periods, which is exactly what Altra’s single-threaded core architecture is built to deliver. Unlike processors that spike in performance and then throttle back, Altra maintains the same throughput whether it has been running for five minutes or five hours.
How does Deployable Technologies support these systems in the field?
We support our systems from initial consultation through field deployment and beyond. Our team works with customers to define the right configuration, validate the platform against mission requirements, and provide documentation for sustainment and logistics. Ongoing support options are available based on your program requirements.