Agilex 5
The volume mid-range platform (E-Series and high-density D-Series) with a hard processor system and AI tensor blocks, for edge AI, 4K/8K video and real-time control.
Altera Solution Acceleration Partner · Member
Altera design partner
As an Altera Solution Acceleration Partner, we build FPGA and embedded systems across the Agilex, Cyclone and MAX 10 families with Quartus Prime, from edge AI and real-time control to high-bandwidth designs.
Agilex 3 · 5 · 7 · 9the full Agilex platform
Quartus PrimePro · Standard · Lite
Edge AI to high-bandwidthreal-time, vision and compute
Design · Verify · Firmwareend-to-end delivery
The partnership in one sentence
Altera FPGA know-how, delivered by an experienced team
We design with Altera FPGAs across generations, from the modern Agilex platform to proven Cyclone, MAX 10, Stratix and Arria devices. As an Altera Solution Acceleration Partner, we combine that portfolio with more than 30 years of FPGA design experience to deliver efficient, verified embedded and edge solutions.
Whether you are evaluating Agilex for a new product, migrating an existing Intel/Altera design, or need experienced support mid-project, we know these devices and the Quartus flow. Altera's commitment to product lifecycle support through 2045 makes them a solid choice for long-lived industrial designs.
See P2L2 in the Altera partner directory
Academic partner
Teaching the next FPGA generation on Altera
Our founders and engineers, Markus Pfaff, Markus Leiter, Bernhard Wandl and Alexander Daum, teach as part-time lecturers at the University of Applied Sciences Upper Austria, Campus Hagenberg (FH Hagenberg), in the Hardware Software Design bachelor's programme and the Embedded Systems Design master's programme.
There we train students on Altera FPGAs, from the fundamentals of digital design on Cyclone V and the Agilex 3 and Agilex 5 families through to complex signal-processing implementations. That teaching keeps our Altera and Quartus expertise sharp and current, and it flows straight back into our customer projects.
Device families
Mid-range · latest
High performance
Small · low power
Low-cost · high-volume
Instant-on control
Previous-gen · long-lifecycle
Altera devices we design with
From the latest Agilex platform down to low-cost Cyclone and instant-on MAX 10, matched to your performance, power and cost targets.
Agilex 7 & Agilex 9
High-end Agilex with fast transceivers and HBM, plus direct-RF sampling on Agilex 9, for bandwidth-intensive compute, networking and signal processing.
Agilex 3
Compact, power-efficient FPGAs for real-time control, the intelligent edge and embedded applications in small form factors.
Cyclone V / Cyclone 10
Cost-optimized FPGAs and SoC FPGAs (with a hard ARM processor system on Cyclone V) for high-volume industrial and embedded designs.
MAX 10
Non-volatile, instant-on FPGAs for board management, I/O expansion and control, in a single chip with no external configuration device.
Stratix 10 · Arria 10
Established high-end and mid-range families, valuable for maintaining, porting or extending long-lifecycle designs, with support committed through 2045.
Toolchain
Fluent across the Altera design flow
- Quartus Prime (Pro / Standard / Lite): synthesis, place & route and bitstream
- Timing constraints (SDC), Timing Analyzer and timing closure
- RTL design in portable VHDL, low on vendor primitives
- Nios V (RISC-V) soft-CPU and Platform Designer SoC integration
- Signal Tap on-chip debug and hardware bring-up
- Interfacing to sensors, hosts and high-speed I/O
What we bring
Fields of excellence
Embedded system architecture
We design the complete system: selecting the right building blocks (FPGA, microcontroller, ...), partitioning the functionality across them and defining the interfaces between them.
FPGA design
Architecture and RTL targeting high performance at low resource usage, plus porting, SoC-FPGA and embedded-Linux work.
Verification
Structured verification with UVVM, VUnit, OSVVM and Cocotb: self-checking testbenches, regression and formal methods.
Firmware
Low-level drivers, hardware abstraction layers, Linux drivers and RTOS integration to connect the FPGA to its host.
Tooling
Automated build and test with Docker, GitHub Actions and GitLab CI/CD, plus automated requirements tracking.
PCB & hardware design
Schematic and PCB design support around the FPGA (component selection, signal integrity, power and interfacing) so the board and the FPGA fit together from the start.
Evaluating Altera for your product?
Tell us your target device and requirements. We'll help you get the most out of Agilex, Cyclone and MAX 10, from concept and RTL to verification and firmware.
P2L2 GmbH