Cadence Allegro Expertise
Professional PCB layout using Cadence Allegro for complex multilayer and high-density board designs.
PCB LAYOUT & ROUTING SERVICES
Cadence Allegro PCB layout and routing support for hardware companies and PCB design bureaus. Complete new designs, board revisions and additional layout capacity — from constraints and placement to manufacturing-release data.
PCB LAYOUT PLATFORM EXPERIENCE
Our PCB layout experience spans a wide range of processor and FPGA platforms. Representative examples include Intel, AMD, NVIDIA Jetson, Rockchip, HiSilicon, Xilinx-based FPGAs, Loongson, Zhaoxin and Phytium, among others.

Intel processor-based boards
AMD processor-based boards

Jetson Nano / NX / Orin

Rockchip processor-based boards
HiSilicon processor-based boards
Xilinx-based FPGA boards
Loongson processor-based boards

Zhaoxin processor-based boards

Phytium processor-based boards
Platform names and logos identify components used in past PCB layout projects. They do not imply a customer relationship, partnership or endorsement. All trademarks belong to their respective owners.
WHY CHIWIN
CHIWIN PCB DESIGN provides professional PCB layout and engineering support for complex electronic products. We work with hardware teams that need experienced layout resources for high-speed, high-density and multilayer PCB designs.
Professional PCB layout using Cadence Allegro for complex multilayer and high-density board designs.
Layout support for DDR, PCIe, USB, Ethernet, LVDS, MIPI and other high-speed interfaces with careful attention to signal integrity and routing constraints.
BGA fanout, blind and buried vias, microvias, via-in-pad, controlled impedance, backdrilling and dense multilayer routing.
From complete PCB layout projects to additional layout capacity for engineering teams facing tight schedules or resource constraints.
FROM PLACEMENT TO PRODUCTION DATA
Complete PCB layout from schematic or netlist, including component placement, routing, design-rule implementation, design review and manufacturing outputs.
02High-speed PCB layout with careful implementation of interface-specific routing requirements, impedance constraints, return paths and timing relationships.
03Layout support for high-density multilayer boards requiring advanced interconnect structures and complex BGA escape routing.
04Engineering support for existing PCB designs, including component changes, board revisions, routing modifications, interface updates and layout optimization.
OUR CORE DESIGN PLATFORM
Cadence Allegro is at the core of our PCB layout workflow. We use Allegro for complex multilayer, high-speed and high-density PCB designs requiring precise constraint management and advanced routing capabilities.
Explore CapabilitiesTECHNICAL CAPABILITIES
HIGH-SPEED PCB LAYOUT
Explore practical routing examples and the design considerations behind them.

FIBER-WEAVE EFFECT
Angled differential-pair routing with material-aware segment planning.
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40G RETIMER TOPOLOGY
Via limits, stub control and reference-plane planning around the retimer.
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TRANSFER RATE: 5600 MT/s
Local impedance compensation and far-end crosstalk control through trace geometry.
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PCIE GEN5 / DEVICE DOWN
Via-stub control, interleaved routing and channel-length constraints.
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VIA STUB CONTROL
Controlled-depth via-stub removal, with layout and fabrication legend examples.
Explore case study ↗SELECTED WORK / PCB LAYOUT

PROJECT 12
6 layers · 305 × 245 mm · Allegro 17.2
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PROJECT 01
12-layer SOM · 102 × 72 mm · Allegro 16.6
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PROJECT 02
8-layer SOM · 60 × 80 mm · Hi3559
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PROJECT 03
10-layer SOM · 60 × 45 mm · Allegro 17.2
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PROJECT 04
14-layer SOM · 102 × 72 mm · Allegro 16.6
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PROJECT 05
8 layers · 164 × 110 mm · Allegro 17.4
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PROJECT 06
12 layers · 122 × 115 mm · Allegro 17.4
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PROJECT 07
10 layers · 122 × 115 mm · Allegro 17.4
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PROJECT 08
8 layers · 305 × 250 mm · Allegro 20
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PROJECT 09
8 layers · 170 × 170 mm · Allegro 17.2
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PROJECT 10
8 layers · 410 × 210 mm · Allegro 17.2
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PROJECT 11
6 layers · 85 × 78 mm · Allegro 17.2
Explore project ↗HOW WE WORK
A clear process from initial design review to manufacturing-ready PCB data.
Send us your schematic, netlist, mechanical requirements, PCB constraints and any existing design files.
We review the design requirements, board complexity, interfaces, stackup and project scope.
We provide a quotation, project scope and estimated schedule based on the design requirements.
Our engineers perform component placement, routing and layout optimization according to the agreed design constraints.
Layout progress and design data can be reviewed with your engineering team, with revisions incorporated as required.
Upon completion, we provide the agreed PCB design database and manufacturing deliverables.
WHO WE WORK WITH
Extend your engineering capability without building a full in-house PCB layout team.
Add experienced PCB layout resources for new products, revisions and complex board designs.
Expand your layout capacity when project demand exceeds your internal engineering resources.
Add specialized PCB layout capability to larger hardware development projects.
LET’S BUILD YOUR NEXT BOARD
Send us your schematic, design requirements or existing PCB files.