Buy Altera Products

Leading Altera FPGAs, SoCs, and CPLDs, supported by Macnica

Altera delivers programmable logic for high-performance compute, networking, industrial control, edge systems, and AI acceleration. Macnica helps you select the right Altera device family, development tools, and evaluation kits, then supports bring-up through production with engineering guidance and fulfillment.

 

 

 

 

 

What Macnica Delivers for Altera Designs

From prototype to production, with the right hardware and toolchain

Macnica supports Altera programs across device selection, development software, evaluation kits, and design-in enablement. Whether you are building a SmartNIC, a vision pipeline, an industrial controller, or a secure edge gateway, we help you stand up a working platform quickly and reduce risk on the path to production.

 

Macnica support highlights

  • Toolchain guidance across FPGA design, simulation, embedded, and high-speed I/O workflows
  • Recommended development kits and accessories aligned to your I/O, memory, and performance targets
  • Architecture support for storage, networking, and security stacks built on Altera platforms
  • Supply and fulfillment planning from evaluation units to pilot builds and production ramps

 

Overview

 

Altera offers a broad portfolio of programmable logic solutions spanning high-performance data center acceleration, mid-range embedded platforms, and power and cost optimized control designs.


Macnica helps you select the right device family, map your I/O and memory requirements, and accelerate bring-up from evaluation through production.

 

Portfolio At-a-Glance

 

 

High-Performance

For maximum bandwidth, transceiver density, and compute scaling.

 

Mid-Range

For balanced performance, power, and cost across embedded and edge workloads.

 

Power and Cost-Optimized
For control, interface bridging, and cost-sensitive embedded systems.

 

 

 

Where these devices fit

 

  • Networking and infrastructure: Ethernet, PCIe-based data movers, packet processing, timing, and gateways
  • Industrial and robotics: Deterministic control, sensor fusion, connectivity, safety and security design patterns
  • ProAV and broadcast: Video transport, processing, and interface bridging
  • Edge AI and vision: Inference pipelines, sensor ingest, compression, and storage
  • Secure embedded: Root-of-trust patterns, authenticated updates, and encrypted data paths

 

Why Macnica?

 

  • Device selection guidance aligned to bandwidth, interfaces, lifecycle, and BOM targets
  • Architecture support across compute, networking, storage, and security stacks
  • Fulfillment support for evaluation, pilot builds, and production ramps

 

Overview

 

Altera provides a complete suite of development tools for every stage of an FPGA, SoC, or CPLD design.


This includes core FPGA design software, simulation, embedded development tools, utilities for power and high-speed links, plus higher-level flows for acceleration and AI.

 

Core FPGA design environment

 

 

Quartus Prime Design Software is the primary environment for designing FPGAs, SoC FPGAs, and CPLDs, including IP integration, compile, timing closure, and programming.

 

Platform Designer inside Quartus Prime is used for system integration, automatically generating interconnect logic to connect IP functions and subsystems.

 

 

 

Best for:

 

 

  • RTL and IP-based design flows

 

  • System integration using Platform Designer

 

  • Build, timing analysis, and device programming

 

 

 

Simulation and verification

 

Questa Altera FPGA Edition supports behavioral simulation, HDL testbenches, Tcl scripting, and works with Quartus Prime editions.

 

Best for:

  • Pre-hardware verification and regression
  • Faster debug of complex designs before board bring-up

 

Utilities for power, thermal, and high-speed links

 

Altera’s development tool ecosystem includes utilities such as Power and Thermal Analyzer, Advanced Link Analyzer, and Transceiver Toolkit.

 

Best for:

  • Early power budgeting, thermal planning
  • SERDES and link analysis workflows during bring-up and validation

 

 

 

Embedded development tools and software

 

For embedded and SoC workflows, Altera lists tools such as Nios V, Ashling RISCFree IDE, and Visual Designer Studio.

 

Best for:

  • Embedded control planes and management functions using Nios V
  • Debug workflows and embedded bring-up aligned to Altera platforms

 

Simulation and verification

 

Depending on your application, Altera provides additional development tools.

 

 

Best for:

  • Open FPGA Stack (OFS) for platform-level acceleration stacks
  • P4 Suite for FPGAs for programmable packet processing workflows
  • FPGA AI Suite for AI development workflows on FPGA platforms

 

 

 

Why Macnica?

 

  • Toolchain mapping across hardware, simulation, embedded, and high-speed I/O workflows
  • Guidance selecting Quartus edition and planning installs, device support, and licenses
  • Bring-up support for transceivers and link analysis workflows using Altera utilities
  • Platform guidance when moving from dev kits to a production hardware design

 

Overview

 

Altera and its partners offer a broad selection of FPGA development kits and boards to accelerate prototyping and evaluation. Macnica helps you pick the right kit for your I/O, memory, and performance goals, then supports evaluation through pilot and production planning.

 

High-Performance Kits

Mid-Range Kits

 

 

 

What teams use development kits for

 

  • Bring-up and validation: Confirm transceivers, PCIe, Ethernet, memory, and board-level behavior
  • Rapid proof-of-concept: Demonstrate performance, latency, or interface compatibility
  • Software and firmware enablement: Embedded tooling workflows and integration paths
  • Production planning: De-risk the path from kit to production hardware

 

Why Macnica?

 

  • Kit selection guidance based on required I/O, memory, expansion, and performance tier
  • Recommendation of accessories and setup practices to speed lab bring-up
  • Path planning from evaluation platform to production hardware, including supply continuity
  • Engineering guidance to integrate third-party IP and reference designs with your kit

 

Accelerate SoC bring-up and system integration

 

Macnica offers hands-on enablement options and workshops that help teams build confidence in SoC and system workflows, especially when integrating custom peripherals and power considerations.

 

Featured Resources and Next Steps

Let’s align the device, tools, and kit to your application

 

If you share your performance targets, key interfaces, and deployment environment, Macnica can recommend an Altera device family, the right development software stack, and a development kit that matches your bring-up plan.

 

 

 

 

 

From Components to Complete Solutions

 

Macnica Americas delivers more than distribution. We help robotics innovators integrate complex technologies into practical, production-ready systems. Our global engineering teams provide architecture guidance, reference designs, and evaluation kits that accelerate design cycles and reduce risk.

 

 

Macnica workflow diagram