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SuperB bring 25 years of component supply and 10 years of PCB & PCBA manufacturing together under one roof. From your first drawing to the finished product in a box — design, parts sourcing, PCB fabrication, assembly, box build, and testing — we handle it all.
Industries: Medical · 5G Communications · Industrial · IoT · Automotive · Radar → One partner, full chain: Design → Parts → PCB → PCBA → Box Build → Testing → 5,000 m² cleanroom, 7 SMT lines → No MOQ · Fast prototypes · On-time delivery
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The STM32F407VET6 belongs to ST's STM32F407 series — the connectivity-enhanced variant of the legendary F405 family. The on-chip Ethernet 10/100 MAC with dedicated DMA enables direct IP connectivity for MAVLink-over-UDP ground control links — eliminating external SPI-to-Ethernet bridge ICs. The DCMI (Digital Camera Interface) supports 8–14 bit parallel camera sensors for onboard optical flow, visual odometry, and AI-assisted landing target detection. With the same Cortex-M4F core at 168 MHz and hardware FPU, it delivers the same deterministic flight control performance as the Pixhawk-class F405 while adding key peripherals for advanced drone applications: IP-connected ground stations, camera-based navigation, and distributed UAV network architectures. STM32F407 — the connectivity-focused sibling of the F405, adding Ethernet 10/100 MAC and DCMI camera interface for advanced drone applications including IP-based ground control links and onboard computer vision.
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The STM32F405RGT6 is the original MCU at the heart of Pixhawk 1 (PX4FMUv2) and Pixhawk 2.4.x (PX4FMUv2) — the reference hardware platforms that defined the PX4 and ArduPilot open-source drone autopilot ecosystems. Its Cortex-M4F core with hardware floating-point unit enables fast single-precision math for PID control loops, Extended Kalman Filters (EKF2/EKF3 in ArduPilot), and attitude estimation at update rates exceeding 8 kHz. The 168 MHz clock, ART Accelerator (zero-wait-state Flash execution), and 192 KB SRAM provide ample headroom for full-stack autopilot firmware with GPS waypoint navigation, telemetry streaming, and onboard logging. STM32F405 — the chip powering Pixhawk 1 and Pixhawk 2.4.x, the most widely deployed open-source drone autopilot hardware in the world.
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The AD9914BCPZ is Analog Devices' highest-speed Direct Digital Synthesizer featuring a 3.5GSPS internal clock, integrated 12-bit RF DAC, and 48-bit frequency tuning word delivering sub-Hz resolution (12.4 uHz at 3.5GSPS). With an on-chip PLL for reference clock multiplication, 32-bit parallel data port for high-speed modulation, and nanosecond-scale frequency/phase/amplitude switching, it is the definitive DDS engine for radar LFM/chirp generation, electronic warfare and jamming, RF test equipment, software-defined radio, and precision signal generation where frequency agility and spectral purity are mission-critical.
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The STM32F103C8T6 belongs to ST's STM32F1 Performance Line — the series that defined the "Blue Pill" development board and became the most widely cloned ARM MCU in the maker, hobbyist, and drone communities. Its combination of 72 MHz Cortex-M3 processing, rich communication peripherals, hardware PWM for motor control, and compact 48-pin footprint makes it the natural choice for entry-level to mid-range multirotor flight controllers. In the drone ecosystem, the STM32F103C8T6 is famous for running Betaflight — the dominant open-source flight controller firmware — on boards such as the Omnibus F3, SP Racing F3, Matek F405, and countless clone designs. The chip's dual 12-bit ADC enables simultaneous gyroscope and accelerometer sampling via SPI-attached IMUs (MPU6000/MPU6050/ICM-20602), while the advanced-control timer generates up to 6 channels of hardware PWM for BLHeli_S / BLHeli_32 ESCs. USB 2.0 Full Speed provides a direct PC connection for configuration via Betaflight Configurator without an external USB-UART bridge.
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The CVSS-945X-100.000 is a 100MHz Voltage Controlled Crystal Oscillator (VCXO) from Crystek Corporation, delivering a True SineWave output with +5dBm drive into 50 ohms. Built on the CVSS-945 platform, this oscillator achieves a phase noise floor of -172.9 dBc/Hz at 1 MHz offset — corresponding to femtosecond-level integrated jitter. With 20ppm minimum APR pullability, sub-harmonic-free output, and a compact 9x14mm SMD package, it serves as a precision reference for PLL-based synthesizers, test equipment, radar systems, satcom transponders, and any application demanding ultra-low phase noise with voltage-controlled frequency adjustment.
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The HMC705LP4E is a low noise GaAs HBT programmable frequency divider from Analog Devices, capable of dividing any input frequency from 100 MHz to 6.5 GHz by any integer value from N=1 to N=17. With an ultra-low SSB phase noise floor of -153 dBc/Hz at 100 kHz offset, this prescaler enables high-performance, fast-settling PLL frequency synthesizer architectures used in radar, satcom, test equipment, and electronic warfare systems. The flexible single-ended or differential I/O, 5-bit parallel programming interface, and compact 4x4mm 24-QFN package make it a versatile building block for precision LO generation and clock distribution chains.
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MACOM CGHV96050F2 is a rf & microwave component designed for SATCOM Ground Terminals and related applications. In stock at Superb Automation — request a quote for competitive pricing and fast delivery.
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The HYPER-RK3566-A-R10 is a Pico-ITX single board computer from IEI Integration, powered by the Rockchip RK3566 quad-core Cortex-A55 processor running at up to 1.8 GHz. Featuring 4GB LPDDR4 memory, 32GB eMMC storage, triple display support (HDMI 2.0 + LVDS + MIPI DSI), Gigabit Ethernet, USB 3.0, dual RS-232/485 serial ports, and optional WiFi 6 + Bluetooth 5.2, this ultra-compact 100mm x 72mm board is purpose-built for industrial IoT gateways, edge AI computing, digital signage, HMI panels, and embedded automation controllers. Android 12 and Debian 10 support ensure rapid software deployment across diverse application environments.
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Heavy copper PCB manufacturing — 16 layers · 5 oz inner copper · 3.75 mm · Press-fit ±0.05 mm · Resin plug · Blind via · Build-to-print from Gerber files
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60,000 Pins | SFP+ · Interlaken · QPI · PCIe3 · DDR4 · DDR3 | TU872SLK-sp | Intel Platform Loss Spec | 1-Month Turnaround
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Lattice CPLD + TI FPGA · 4 Bottom-Plate Connectors · 3× Differential · Mid-Board Cutouts · 10–14 Layers · Superb Automation
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6–8 Layer · DDR3L · Dual GbE · 10× COM · PCIe 16X · LVDS · mSATA/mPCIe · 8× USB · High-Density Layout · Superb Automation
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Rigid-flex PCB manufacturing — 14 layers · 10 rigid + 4 flex · 2+2 split · 2.2 mm · Panasonic · 3 mil line · Lead-free HASL · Build-to-print from Gerber files
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Hybrid PCB manufacturing — PTFE+FR4 · 20 layers · 5.7 mm · 4-step blind via · Blind slot · Embedded resistors · Back drill · Build-to-print from Gerber files
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High-frequency microwave PCB on PTFE laminate. 2 layers, 0.127–5.0 mm thickness range, 1 × 3 mm minimum board size. Microwave transmission line width tolerance ± 0.015 mm. Full-board ENIG soft gold plus localized thick gold 2 μm. Planar resistor integration and laser cutting.
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High-speed digital PCB with 18 layers on Panasonic M6 (R-5775) laminate. 4.0 mm finished thickness, 0.20 mm minimum drill at 20:1 aspect ratio. Double-sided back-drilling with stub < 0.08 mm. Differential impedance control ±7.5% (≤ 50 Ω) and ±5% (> 50 Ω). 64 Gbps NRZ/PAM4 signaling capability.
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RF Transceiver Board PCBA. RF PCBA, Power Amplifier, LNA, RF Front-End, Phased Array, Beamforming, Antenna Array, Frequency Synthesizer, Rogers PCB
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512-Channel Neural Signal Acquisition | Intan RHD Chipset · FPGA Processing | USB 3.0 · 30 kHz/ch | Low-Noise Analog Front-End | Open Ephys Compatible The electrophysiology data acquisition (DAQ) board is a high-density mixed-signal PCB that digitizes microvolt-level neural signals from up to 512 channels simultaneously and streams them to a host computer over USB 3.0. Compatible with the Open Ephys open-source platform, this board integrates Intan RHD-series bioamplifier chips, an FPGA for data aggregation and protocol handling, USB 3.0 PHY, and DDR memory — all on a single high-layer-count PCB. Superb Automation provides turnkey PCBA for these neuroscience research instruments, with the precision analog handling and signal isolation that µV-level recording demands.
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FPV video transmitters (VTX) are the critical RF link between the drone and the pilot's goggles or ground station. Superb Automation provides PCBA assembly for VTX modules across all common FPV frequency bands — from the popular 5.8 GHz band (up to 8W output) to long-range 1.2/1.3 GHz, mid-range 2.4 GHz, and specialty 3.3 GHz and 1.5/1.6 GHz bands. Our RF PCB assembly process addresses the unique challenges of high-power RF design: thermal management, impedance control, EMI shielding, and SMA connector mechanical integrity.
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F405 V1/V2 · F722 8S | STM32F405 / STM32F722 | ICM42688 / MPU6000 Gyro | DJI Ready | Betaflight / INAV | 3-8S Lipo Flight controllers are the central processing unit of any FPV drone — integrating the MCU, gyroscope, barometer, OSD chip, BEC regulators, and interface connectors on a single compact PCB. Superb Automation provides complete turnkey PCBA for the F405 and F722 flight controller families, covering component procurement, SMT assembly, gyro calibration, firmware flashing, and functional testing.
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5G RU Radio Unit Board PCBA. 5G PCBA, BBU Baseband, RRU Remote Radio, AAU Active Antenna, DU/CU, O-RAN, UPF Core, OTN Optical, WDM/DWDM, PTP Grandmaster, N
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RF & Wireless Communication PCBA turnkey assembly by Superb Automation. 6-layer hybrid PCB (Rogers RO4350B + FR4), ENIG finish, 400MHz–6GHz frequency range. Fully assembled with RF transceiver, PA, LNA, SAW/BAW filters, FPGA/SoC — SMT SAC305, selective conformal coating, multi-cavity RF shielding.
Learn MoreWe source 100% original, traceable components from the world's leading semiconductor manufacturers through our global supply network.
He built IoT smart home devices in France. He'd been cheated by a supplier. He still chose to trust a rookie. Fifteen years later, they're still talking about roses.
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