Experimenting Today.

Engineering Tomorrow.

TECHNOLOGY EXPERIMENT is a commercial technology prototyping, applied engineering experimentation, experimental hardware systems evaluation, and enterprise digital utility software development enterprise.

Operating from Hong Kong SAR—a premier international technology innovation corridor connecting Asian advanced manufacturing ecosystems with global technology markets.

Explore our lab capabilities ↓

TRUSTED BY TEAMS BUILDING ON THE FRONTIER

AETOS QUANTUM // AEROSPACE

SPECTRA RF // HARMONICS

NEXUS HARDWARE // SHENZHEN-HK

MERIDIAN LABS // SENSORS

CYBERNETIC DYNAMICS // ROBOTICS

VAULTIX INSTRUMENTS // CRYPTO-HW

HYPERION MICRO // SILICON

AETOS QUANTUM // AEROSPACE

SPECTRA RF // HARMONICS

NEXUS HARDWARE // SHENZHEN-HK

MERIDIAN LABS // SENSORS

CYBERNETIC DYNAMICS // ROBOTICS

VAULTIX INSTRUMENTS // CRYPTO-HW

HYPERION MICRO // SILICON

Our Services

Applied Technology Solutions

From rapid hardware prototyping to international laboratory compliance.

NODE 01 · PROTOTYPING 95%

Applied Technology Experimentation

Commercial hardware prototyping, proof-of-concept engineering, custom IoT trial units, and smart sensor array integration.

NODE 02 · FABRICATION 94%

Micro-SMT Prototyping & Rapid Assembly

Quick-turn surface-mount placement, nitrogen reflow, micro-BGA stencil fabrication, and automated pick-and-place component fabrication within the PRD innovation ecosystem.

BGA-64

LASER ALIGN: ±0.015mm

NODE 03 · SENSOR ARRAYS 91%

Multi-Spectral Sensor Arrays & Calibration

9-DoF MEMS inertial measurement, optical lux sensors, barometric pressure transducers, high-dynamic-range ADC signal conditioning, and precision laboratory calibration.

NODE 04 · VERIFY 92%

Technical Quality Verification

Accelerated stress testing, continuous thermal cycling soak, radiated EMI screening, and rigorous ISO 2859-1 AQL inspection protocols.

85°C STRESS

NODE 05 · ANECHOIC RF 96%

RF Harmonics & Anechoic Characterization

Far-field antenna radiation patterns, spurious emissions detection across 30 MHz to 40 GHz, and link budget optimization for Wi-Fi 6E, LoRa, and Bluetooth 5.4.

40 GHz

NODE 06 · STRESS & SHOCK 89%

HALT / HASS Severe Environmental Screening

Rapid thermal ramp cycling (−70°C to +180°C at 15°C/min) with 3-axis pneumatic vibration shock up to 50g to precipitate latent electronic manufacturing defects before deployment.

50g SHOCK • 3-AXIS

NODE 07 · CORRIDOR 88%

Cross-Border Tech Logistics Corridors

Air express, maritime corridors, HS code classification, B/L processing, and bonded transit connecting Asian manufacturing ecosystems with global technology markets.

HKIA CARGO AIR EXPRESS DISPATCH

PRD HIGH-TECH HS CODE 8542.31 VERIFIED

CUSTOMS TRANSIT TIME < 14 HOURS

NODE 08 · COMPLIANCE EXPORT 93%

Strategic Commodities & Export Licensing

Hong Kong TID export licensing, strategic goods dual-use compliance verification, customs bonded escrow, and chain-of-custody cryptographic seals.

HK TID BONDED ESCROW

SHA-256: 8f4e…9a2c

NODE 09 · TRANSIT LOGGING 87%

Precision Environmental Transit Monitoring

Continuous multi-sensor telemetry tracking shock, tri-axis G-force impact, ambient humidity, and thermal excursions during airfreight via Hong Kong International Airport.

PRESSURE SENSOR 1013.2 hPa OK

CHAMBER TEMP 21.4°C STABLE

IMPACT G-LIMIT < 1.2g VERIFIED

NODE 10 · UTILITIES 90%

Experimental Software Utilities & Calculators

Signal frequency wavelength converters, electronic circuit load predictors, runtime battery discharge estimators, and high-frequency RF impedance calculation tools.

NODE 11 · FIRMWARE RTOS 97%

Embedded RTOS Profiling & Bitstream Analysis

Deterministic task scheduling profiling, interrupt jitter measurement, memory leak detection, and FreeRTOS / Zephyr operating system kernel optimizations.

KERNEL

SENSOR

RADIO

NODE 12 · OTA TELEMETRY 94%

Encrypted Telemetry & Fleet Device Protocol

Cryptographic elliptic-curve signature verification for Over-The-Air (OTA) firmware binaries, MQTT telemetry broker pipelines, and automated device health monitoring.

No applied solutions match your current filter query.

Lab Performance

Experiments by the Numbers

eval.telemetry

$ eval --prototypes

Prototypes Evaluated

network.link

$ ping --partners

Global Tech Partners

precision.calib

$ run --accuracy

Test Accuracy

uptime.log

$ query --rd-exp

Years R&D Experience

Standards & Compliance

Precision. Standards. Trust.

CE Certified

European safety compliance

EN 62368-1

RoHS Compliant

Hazardous substance restriction

2011/65/EU

FCC Verified

US telecommunications compliance

PART 15 CLASS B

AQL Inspected

Quality limit sampling

ISO 2859-1

Laboratory Infrastructure

Experimental Facilities & Applied Divisions

Six specialized applied engineering divisions operating accredited test chambers, micro-analysis cleanrooms, and automated telemetry arrays across Hong Kong and Pearl River Delta research hubs.

FACILITY LOCATION: HK WAN CHAI HQ & PRD HIGH-TECH LAB

CLEANROOM CLASS: ISO CLASS 7 (FED-STD CLASS 10,000)

THERMAL STABILITY: 22.4°C ± 0.2°C (RH 44.8%)

VACUUM PRESSURE: 1.2 × 10⁻⁶ TORR ACTIVE

DIV-01 // RF & MICROWAVE ANECHOIC CHAMBER COMPLEX

CALIBRATED

High-Frequency RF & Microwave Radiation Laboratory

Radiated Immunity, Antenna Efficiency & Harmonic Spurious Mapping

Accredited 10-meter semi-anechoic shielded chamber with hybrid ferrite and pyramidal carbon-loaded microwave absorbers. Dedicated to spherical TRP/TIS antenna radiation mapping, EVM constellation error analysis, and harmonic emissions up to 40 GHz for commercial wireless devices.

FREQUENCY SPECTRUM 100 kHz – 40 GHz Radiated / 50 GHz Conducted

SHIELDING ATTENUATION > 125 dB (10 kHz to 40 GHz)

KEY INSTRUMENTATION Rohde & Schwarz FSW50 • Keysight PNA-X N5227B

TARGET PROTOCOLS FCC Part 15B • CISPR 32 • ETSI EN 301 489

SHIELD NOISE FLOOR: −132.8 dBm / Hz @ 28 GHz

NIST TRACEABLE

DIV-02 // ENVIRONMENTAL HALT & HASS STRESS SYSTEMS

SOAK ACTIVE

Severe Environmental HALT / HASS Simulation Laboratory

Rapid Thermal Ramp Gradients & 6-DoF Pneumatic Repetitive Shock

High-stress environmental testing infrastructure capable of thermal ramp transitions exceeding 20°C/minute across a −75°C to +185°C envelope. Operates simultaneously with 6-degree-of-freedom quasi-random vibration tables up to 60g RMS to precipitate latent solder, PCB, and component packaging flaws.

THERMAL GRADIENT −75°C to +185°C (LN2 Boost • 20°C/min)

VIBRATION PROFILE 6-DoF Repetitive Shock to 60g RMS (5 – 3000 Hz)

KEY INSTRUMENTATION Qualmark Typhoon 3.0 • Thermotron Dual-Zone Rig

TARGET PROTOCOLS MIL-STD-810H • IEC 60068-2-14 • IPC-9701

CURRENT RAMP VELOCITY: 19.8°C / MINUTE

ACCELERATED LIFE TEST

DIV-03 // FAILURE ANALYSIS MICRO-CT & METALLURGY DPA

SCAN VERIFIED

Micro-CT, Nanofocus 3D X-Ray & Metallurgical DPA Lab

Sub-Micron Volumetric Radiography & Micro-Sectioning Inspection

Non-destructive high-resolution volumetric radiography featuring 0.4 μm spatial resolution. Evaluates BGA solder voiding ratios, silicon die wire bonding integrity, HDI PCB copper barrel micro-fissures, and intermetallic compound (IMC) thickness with precision diamond section polishing.

SPATIAL RESOLUTION 0.4 μm (400 nm) Voxel Geometric Resolution

TUBE POTENTIAL 160 kV High-Stability Open-Tube Nanofocus

KEY INSTRUMENTATION Yxlon Cheetah Micro-CT • Keyence VHX-7000 4K

TARGET PROTOCOLS IPC-A-610 Class 3 • MIL-STD-883 Method 2012

MEASURED BGA VOID RATIO: 1.82% (AQL PASS < 15%)

VOLUMETRIC RECON OK

DIV-04 // POWER & SURGE HIGH-VOLTAGE ENERGY LAB

CYCLE 512

Power Electronics, Battery Cycling & Surge Facility

Energy Storage Degradation & Grid Transient Impulse Characterization

High-density electrical evaluation bay for high-voltage lithium battery systems, GaN/SiC power converters, and severe transient grid surge immunity. Equipped with regenerative bidirectional battery cycling channels up to 45 kW and 12 kV / 6,000 A combination wave surge generators.

VOLTAGE & CURRENT 0 – 1,500 V DC • 2,000 A Pulse • 45 kW Regenerative

SURGE CAPABILITY 12 kV / 6 kA Impulse (1.2/50 μs – 8/20 μs Combination)

KEY INSTRUMENTATION Chroma 17020 Regenerative • Haefely PSURGE 8000

TARGET PROTOCOLS EN 61000-4-5 • UL 1973 • UN 38.3 Lithium Safety

CURRENT THD / RIPPLE: < 0.038% (REGENERATIVE EFF. 94.2%)

GRID SYNCHRONIZED

DIV-05 // FIRMWARE & HIL EMBEDDED RTOS TEST FARM

ZERO-FAULT

Real-Time Embedded RTOS Hardware-in-the-Loop Farm

Zero-Overhead Task Profiling & Fault-Injection Immunity Benches

Automated continuous testing rack farm accommodating up to 32 target boards concurrently. Performs deep microsecond task jitter tracing, brownout power fault injection, flash memory cycling endurance stress, and cryptoprocessor side-channel leakage evaluation on ARM Cortex-M/R and RISC-V targets.

TEST RACK CHANNELS 32 Concurrent Switched Isolated Target Sockets

TIMING RESOLUTION Sub-Nanosecond Logic Trace (1 GHz Digital Sampling)

KEY INSTRUMENTATION Lauterbach TRACE32 • Saleae Logic Pro 16 Analyzers

TARGET PROTOCOLS MISRA C:2012 • ISO 26262 ASIL-B • IEC 61508 SIL-3

WORST-CASE TASK JITTER: 0.14 μs @ 168 MHz (50,000 RUNS)

HIL BENCH ONLINE

DIV-06 // PILOT CLEANROOM MICRO-SMT RAPID FABRICATION

N2 15 PPM O2

ISO Class 7 Cleanroom & Micro-SMT Pilot Assembly

Quick-Turn High-Density Surface Mount & Nitrogen Reflow Facility

Positive-pressure cleanroom operating automated high-speed surface-mount lines for prototype runs and validation batches (5 to 500 units). Features 01005 passive placement capability, nitrogen-purged 9-zone reflow ovens, and inline 3D solder paste inspection (SPI) ensuring military-grade assembly standards.

CLEANROOM RATING ISO 14644-1 Class 7 • Particle Count < 352k / m³

COMPONENT TOLERANCE 01005 (0402 Metric) • 0.3mm Micro-BGA Fine Pitch

KEY INSTRUMENTATION Yamaha YSM20R • Heller 1809 MK5 N2 Reflow Oven

TARGET PROTOCOLS IPC J-STD-001 Class 3 • ANSI/ESD S20.20-2021

FIRST-PASS SMT YIELD: 99.42% (3D SPI + 3D AOI VERIFIED)

PILOT RUN READY

Division ID	Specialized Capability	Primary Apparatus Array	Accredited Standards	Lead Turnaround	Division Status
DIV-01 RF LAB	Far-Field TRP/TIS Spherical Antenna Scanning	Rohde & Schwarz FSW50 • Keysight PNA-X N5227B	FCC Part 15B • CISPR 32	3–5 Business Days	ACTIVE • 40 GHz
DIV-02 HALT/HASS	Thermal Shock & 6-DoF Vibration Screening	Qualmark Typhoon 3.0 • Thermotron Dual-Zone	MIL-STD-810H • IEC 60068	72–96 Hours Continuous	ACTIVE • 60g RMS
DIV-03 MICRO-CT	Volumetric X-Ray & Metallurgical DPA Polishing	Yxlon Cheetah 3D • Keyence VHX-7000 4K	IPC-A-610 Class 3	24–48 Hours Fast-Turn	ACTIVE • 0.4 μm
DIV-04 POWER LAB	1,500V Battery Cycling & 12 kV Surge Rig	Chroma 17020 Regenerative • Haefely PSURGE	EN 61000-4-5 • UL 1973	5–7 Business Days	ACTIVE • 45 kW
DIV-05 FIRMWARE	32-Channel Automated HIL RTOS Test Farm	Lauterbach TRACE32 • Saleae Logic Pro 16	MISRA C:2012 • ISO 26262	Real-Time CI Streaming	ONLINE • 32 RACKS
DIV-06 CLEANROOM	ISO Class 7 Micro-SMT Assembly & Nitrogen Reflow	Yamaha YSM20R • Heller 1809 MK5 N2 Reflow	IPC J-STD-001 Class 3	5–7 Business Days	READY • 01005 PASSIVE

Engineering Pipeline

From Schematic to Global Corridors

End-to-end acceleration methodology designed for commercial technology prototyping and hardware systems verification.

STAGE 01

Netlist & Impedance Audit

High-frequency multi-layer PCB design rules checking, dielectric constant simulation, and trace impedance matching for high-speed differential pairs.

STAGE 02

SMT Rapid Assembly & Pilot Fab

Automated surface-mount placement with nitrogen reflow soldering. Quick-turn micro-BGA assembly within the Pearl River Delta prototyping ecosystem.

STAGE 03

Anechoic & RF Characterization

Far-field antenna pattern measurement, spurious emission detection from 30 MHz to 40 GHz, and LoRa / BLE / Wi-Fi 6E link budget validation.

STAGE 04

HALT / HASS Environmental Stress

Fast thermal ramp cycling from −70°C to +180°C alongside 3-axis pneumatic vibration shock to precipitate latent electronic manufacturing defects.

STAGE 05

Bitstream Telemetry Validation

Firmware regression testing, RTOS task jitter profiling, and continuous sensor telemetry packet integrity validation over encrypted serial channels.

STAGE 06

Hong Kong Export Clearance

HS code classification, strategic commodities control permits, and expedited air transport via Hong Kong International Airport (HKIA).

Lab Instrumentation

Precision Test Bench Array

Calibrated laboratory equipment supporting commercial hardware compliance and endurance evaluation.

Test Apparatus	Evaluation Parameter	Target Protocol	Operating Range	Status
Thermal Cycling Chamber TC-400	ΔT / Ramp Gradient	MIL-STD-810H / IEC 60068	−70°C to +180°C (15°C/min)	ACTIVE
10m Semi-Anechoic EMI Room	Radiated / Conducted EMI	FCC Part 15B / CISPR 32	30 MHz – 40 GHz Radiated	CALIBRATED
Electrodynamic Vibration Shaker	Sine / Random / Shock 50g	ISO 16750-3 / IEC 60068-2-6	5 Hz – 3000 Hz, 3-Axis	ONLINE
High-Voltage Surge Rig	Dielectric Breakdown / Surge	EN 62368-1 / IEEE C62.41	0 – 10 kV DC / 600 A Surge	ONLINE
Micro-CT X-Ray BGA Analyzer	Solder Voiding / Wire Bonding	IPC-A-610 Class 3	0.5 μm Feature Recognition	ONLINE

Documentation & FAQ

Frequently Addressed Questions

Clear answers regarding prototyping turnaround, testing accreditations, and intellectual property.

What is the standard turnaround time for a prototyping cycle? ▾

Initial proof-of-concept PCB assembly and netlist validation typically complete within 5 to 7 business days. Accelerated stress testing and environmental screening protocols (HALT/thermal cycling) require an additional 72 to 96 hours of continuous chamber uptime depending on test specification.

How are intellectual property and engineering schematics protected? ▾

All prototyping telemetry, gerber schematics, firmware source binaries, and test reports are governed by legally binding Non-Disclosure Agreements (NDAs) enforceable under Hong Kong SAR jurisdiction. Data is stored on isolated air-gapped lab servers.

Are test reports recognized for European CE and US FCC certification? ▾

Yes. All evaluation procedures follow calibrated ISO 2859-1 sampling, EN 62368-1 safety standards, and FCC Part 15 Subpart B telecommunication protocols. Detailed test verification dossiers are formatted for immediate submission to accredited Notified Bodies and Telecommunication Certification Bodies (TCBs).

How does Hong Kong logistics benefit cross-border tech shipments? ▾

Operating out of Wan Chai, Hong Kong gives immediate access to the premier air cargo hub at HKIA and bonded transport corridors to Pearl River Delta manufacturing bases. Expedited customs clearance, strategic commodities classification, and international bill of lading (B/L) processing minimize cross-border transit latency.

Step into the future of applied engineering

Operating from Hong Kong SAR connecting Asian advanced manufacturing ecosystems with global technology markets.