info@hsdevices.com
Professional PCB Design and Simulation Services
Our reputation is your guarantee
Many years of experience
We focus on our customers and their goals.
HS Devices aims at strengthening your business positions. Our priority is the implementation of the project with the highest quality consistent to deadlines and budget
HS Devices aims at strengthening your business positions. Our priority is the implementation of the project with the highest quality consistent to deadlines and budget
HS Devices designs PCB for electronic hardware. We develop custom-made projects and get involved into work at any stage of the project development quickly in order to optimize the processes and minimize risks.
We are eager to resolve the most complex and challenging issues and guarantee high-quality work at the highest possible level.
We are eager to resolve the most complex and challenging issues and guarantee high-quality work at the highest possible level.
Individual approach
Reliability
Support
Property rights
Efficiency
Standards
You can trust us with the PCB simulation, which we serve on flexible terms.
A lot of successfull companies trust us
Products for industrial use
Individual approach to each customer and their tasks , guaranteeing quality
Information security and confidentiality are our top priorities
We support the project until we successfully complete testing and deliver after-sales support
Our clients keep all the exclusive intellectual property rights
We work fast (from 5 days) and report on every stage
Strong compliance with IPC standards (IPC-2221, IPC-7351), industrial standards, manufacturer's and IC vendors' recommendations
Transparent budgeting
Transparent budgeting
Devices for general and commercial use
COMPANY PHILOSOPHY
ABOUT US
Development
Development is carried out using optimal elementary base in any case type.
Requirements
We strictly follow technical features and requirements
Design
Circuit Design is carried out strictly in accordance with IPC standards (IPC-2221,IPC-7351), industrial standards, manufacturer's and recommendations of IC vendors
Experience
We have extensive experience in the development of electronics based on FPGAs, microcontrollers, microprocessors, as well as devices with high speed interfaces (DDR /LPDDR – 3,4,5, PCIe gen 2,3,4,5, SATA, Gigabit Ethernet, 10GBase, etc.)
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High-quality design is the key to successful project implementation
Embedded PC
PCB Case Study
Scope of the project
Circuit design and PCB layout, Pl, EMC, pre-production
Key components
ARM Cortex-M3; IEEE 802.15.4 (2.4 GHz); non-volatile memory 1 GB; battery with wireless charging
Board size
45 mm x 65 mm
Layer count
4 layers
Total components
200+
PCIe Card
PCB Case Study
Scope of the project
Circuit design and PCB layout, SI/PI, thermal analysis
Key components
FPGA, PCIe connestors Gigabit Ethernet; PCle gen3 - (5 Gpbs); SFP+ (12 Gbps)
Board size
120 mm x 60 mm
Layer count
12 layers
Total components
1 000+
Power integrity
Mathematical modeling at the design stage enables to minimize risks, relating to further malfuction of the device, therefore to cut labour and financial costs and to save time.
Omission of the modeling pushes our engineers to draft the device, factoring in a multitude of possibilities, and to refine the equipment using iterative method without an in-depth evaluation of the impact of a variety of changes.
Currents calculations,factoring in the heat conditions of an electronic module
Evaluation of the power nets impedance and identification of resonance frequencies
Optimization of decoupling capacitor
Minimizing electromagnetic radiation at operating frequencies
The Importance of Simulation
Building a complete data transmission channel
modeling Eye
diagram
diagram
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Signal integrity project with PCle
Signal integrity
Extraction of s-parameters of
individual and differential signal lines (evaluation of direct and reverse losses crosstalk)
individual and differential signal lines (evaluation of direct and reverse losses crosstalk)
Modeling of high-speed interfaces, factoring in inconsistent power supply conditions
Developing an eye-diagram, selecting the best tuning options for the transmitter and the receiver
Thermal Analysis
Thermal conductivity in solid bodies
Gas dynamics (air cooling)
Hydrodynamics (liquid cooling)
Analysis of the thermal condition of an electronic module with consideration of the current loads
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Usage of ibis/ibis-ami models
Request in the HS Devices!
