Remote
Work location
Switch Matrix Board that maps 4 RF ports to 16 bidirectional RF ports, controlled via an I2C interface Anyone
About the job
Product Function
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C with three 16-bit IO expanders (MCP23017), interfacing with an external ESP32 MCU.
Performance
Isolation: ~100 dB between TX and RX, dual ground planes for RF RX.
Insertion/Return Loss: Minimal additional loss beyond switch matrix.
RF Range: 860–960 MHz, 50Ω stripline waveguides for strong isolation.
Use Environment
Indoor setup, powered by an external 3.3V ESP32-based PoE device.
Requires RF shielding and optimized PCB layout for minimal interference.
Deliverables
Full turnkey solution: design, prototyping, testing, and 20-unit manufacturing.
Includes schematics, layout, BOM, firmware configs, and performance analysis.
Quote to include cost-performance trade-offs for alternative configurations.
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C with three 16-bit IO expanders (MCP23017), interfacing with an external ESP32 MCU.
Performance
Isolation: ~100 dB between TX and RX, dual ground planes for RF RX.
Insertion/Return Loss: Minimal additional loss beyond switch matrix.
RF Range: 860–960 MHz, 50Ω stripline waveguides for strong isolation.
Use Environment
Indoor setup, powered by an external 3.3V ESP32-based PoE device.
Requires RF shielding and optimized PCB layout for minimal interference.
Deliverables
Full turnkey solution: design, prototyping, testing, and 20-unit manufacturing.
Includes schematics, layout, BOM, firmware configs, and performance analysis.
Quote to include cost-performance trade-offs for alternative configurations.
Product Function
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C with three 16-bit IO expanders (MCP23017), interfacing with an external ESP32 MCU.
Performance
Isolation: ~100 dB between TX and RX, dual ground planes for RF RX.
Insertion/Return Loss: Minimal additional loss beyond switch matrix.
RF Range: 860–960 MHz, 50Ω stripline waveguides for strong isolation.
Use Environment
Indoor setup, powered by an external 3.3V ESP32-based PoE device.
Requires RF shielding and optimized PCB layout for minimal interference.
Deliverables
Full turnkey solution: design, prototyping, testing, and 20-unit manufacturing.
Includes schematics, layout, BOM, firmware configs, and performance analysis.
Quote to include cost-performance trade-offs for alternative configurations.
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C with three 16-bit IO expanders (MCP23017), interfacing with an external ESP32 MCU.
Performance
Isolation: ~100 dB between TX and RX, dual ground planes for RF RX.
Insertion/Return Loss: Minimal additional loss beyond switch matrix.
RF Range: 860–960 MHz, 50Ω stripline waveguides for strong isolation.
Use Environment
Indoor setup, powered by an external 3.3V ESP32-based PoE device.
Requires RF shielding and optimized PCB layout for minimal interference.
Deliverables
Full turnkey solution: design, prototyping, testing, and 20-unit manufacturing.
Includes schematics, layout, BOM, firmware configs, and performance analysis.
Quote to include cost-performance trade-offs for alternative configurations.
Product Function
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C with three 16-bit IO expanders (MCP23017), interfacing with an external ESP32 MCU.
Performance
Isolation: ~100 dB between TX and RX, dual ground planes for RF RX.
Insertion/Return Loss: Min... read more
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C with three 16-bit IO expanders (MCP23017), interfacing with an external ESP32 MCU.
Performance
Isolation: ~100 dB between TX and RX, dual ground planes for RF RX.
Insertion/Return Loss: Min... read more
Product Function
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C with three 16-bit IO expanders (MCP23017), interfacing with an external ESP32 MCU.
Performance
Isolation: ~100 dB between TX and RX, dual ground planes for RF RX.
Insertion/Return Loss: Minimal additional loss beyond switch matrix.
RF Range: 860–960 MHz, 50Ω stripline waveguides for strong isolation.
Use Environment
Indoor setup, powered by an external 3.3V ESP32-based PoE device.
Requires RF shielding and optimized PCB layout for minimal interference.
Deliverables
Full turnkey solution: design, prototyping, testing, and 20-unit manufacturing.
Includes schematics, layout, BOM, firmware configs, and performance analysis.
Quote to include cost-performance trade-offs for alternative configurations. read less
Maps 4 (A) RF ports to any of 16 (B) ports, with 1 RX (B → A) and 3 TX (A → B).
Uses 31 SP4T (BGSA14GN10) and 5 high-isolation SP4T (PE424450) in a tree topology.
Controlled via I2C with three 16-bit IO expanders (MCP23017), interfacing with an external ESP32 MCU.
Performance
Isolation: ~100 dB between TX and RX, dual ground planes for RF RX.
Insertion/Return Loss: Minimal additional loss beyond switch matrix.
RF Range: 860–960 MHz, 50Ω stripline waveguides for strong isolation.
Use Environment
Indoor setup, powered by an external 3.3V ESP32-based PoE device.
Requires RF shielding and optimized PCB layout for minimal interference.
Deliverables
Full turnkey solution: design, prototyping, testing, and 20-unit manufacturing.
Includes schematics, layout, BOM, firmware configs, and performance analysis.
Quote to include cost-performance trade-offs for alternative configurations. read less
Things to know
Expert
Skill Level
Open budget
Fixed-rate
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
RF design
Job categories
PCB Design Services
About the client
Payment ready
Israel (01:31 am)
Posted
Active
Job activity
7 Applicants
0 interviews in progress
6 unanswered invites
Similar jobs
PCB Design Engineer (Outsourced Contractor)
Remote - Posted
Project Overview:
We are a small Spanish company specializing in building custom flight simulators for recreational use. Our work typically involves designing and producing...
PCB Design Services
Electronics Design Service
Electrical Engineering
View job
Custom Flight controller design.
Remote - Posted
Hello,
We are looking for an expert who can design a custom flight controller for a Nano drone capable of running Arducoptor or PX4 software.
i+ It is a one time projec...
PCB Design Services
Electrical Circuit Design Services
Prototype Design Engineering
View job
US-based Freelance Electronics Engineer needed for ongoing projects
United States - Posted
Hi,
We're looking for a freelance electronics engineer based in the US to help with our ongoing consumer product design projects.
The ideal expert has a deep understand...
Electronic Devices
Electrical Engineering
Electronics Design Service
PCB Design Services
View job
PCB Designer for New Breakout Board Requirement
Remote - Posted
Hello there,
I am reaching out to seek your assistance in designing a breakout board for the Mems microphone IM73D122V01. My goal is to make it compatible with Arduino, ESP...
PCB Design Services
View job
PCB design
Remote - Posted
This is a short small sized project
We have a PCB design containing a STM32MP151 microprocessor and contains 6 layers. The design used blind vias along with normal vias. Th...
PCB Design Services
View job
Thermofoming machine cad+pcl
Remote - Posted
I need all the dxf files 2D, for laser cutting, then I need files for bending, size welding spots
I need position o pneumatic cylinders, commands of them
The size of thermof...
2D to 3D Modeling
PCB Design Services
Electrical Engineering
View job
