COMPETENCE | Experience | CASE STUDIES

Proven Deployments & Engineering Case Studies

Explore real-world implementations across industrial, defense, satellite communications, critical infrastructure, and advanced technologies where C24me custom solutions are delivered with zero-defect mission performance.

450+ Deployments
Successful Mission Deliveries
100% Customer Satisfaction
On-Orbit & Airborne Operations
Zero Product Failures
IPC Class 3 Certified Screening
Full Traceability
Serialized Automatized Testing Data
AEROSPACE & DEFENSE
MIL-SPEC
Airborne EW Tactical Interconnect Assembly
0.5–18 GHz
>90 dB EMI
MIL-DTL-38999
Mission Scope:

Custom multi-conductor wire harness assembly linking electronic warfare (EW) receiver pods to main avionics processing bays inside high-altitude tactical UAVs.

Engineering Challenge:

Extreme internal conduit space constraints required 30% cable diameter reduction while maintaining 90 dB EMI attenuation across 0.5 to 18 GHz and zero signal degradation under continuous Mach-level vibration.

Engineered Solution:

Implemented precision micro-coaxial wiring with dual-layer silver-plated copper braiding and custom low-pressure polyurethane potting over MIL-DTL-38999 backshells.

✓ 100% Passed 500+ Flight Test Hours Without Degradation
SATELLITE & TELECOM
KA-BAND 30 GHZ
Active Steerable Ka-Band Phased Array
27.5–31.0 GHz
35 dBm EIRP
Rogers 4350B
Mission Scope:

Electronically steerable active antenna array (AESA) for high-throughput mobile satellite terminals aboard maritime tracking vessels.

Engineering Challenge:

Severe thermal heat buildup in an IP67 sealed outdoor radome causing phase drift and side-lobe degradation across wide electronic scan angles.

Engineered Solution:

Engineered a multi-layer hybrid Rogers 4350B PCB with embedded copper thermal coin inserts and automated phase calibration algorithms mapped in our 60 GHz anechoic chamber.

✓ Stable 35 dBm EIRP Across -40°C to +85°C Operating Range
CRITICAL INFRASTRUCTURE
SPECTRUM AUDIT
Metropolitan Radar Noise Remediation
900 MHz SCADA
High-Q Cavity
99.98% Uptime
Mission Scope:

Radio frequency noise audit and interference remediation across 12 high-voltage electrical distribution substations in a major metropolitan airspace corridor.

Engineering Challenge:

Inverter switching harmonics and corona discharge were saturating 900 MHz SCADA telemetry and degrading civil aviation radar transponder link reliability.

Engineered Solution:

Deployed calibrated vector spectrum analyzers to isolate the emission source; designed and installed custom high-Q cavity notch filter assemblies on-site.

✓ Restored Telemetry Uptime from 84% to 99.98%
INDUSTRIAL & ROBOTICS
10M+ FLEX CYCLES
High-Flex Cleanroom Articulated Robot Loom
ISO Class 4
10M+ Flex
ePTFE Low-Friction
Mission Scope:

Continuous-motion articulated cable harness for 6-axis robotic wafer handling inside ISO Class 4 semiconductor manufacturing cleanrooms.

Engineering Challenge:

Legacy commercial cables experienced conductor fatigue, jacket abrasion particulate shedding, and intermittent high-speed camera signal drops.

Engineered Solution:

Engineered ultra-fine stranded copper alloy conductors with low-friction ePTFE insulation and custom zero-particulate polyurethane jacketing.

✓ Exceeded 10 Million Continuous Flex Cycles Without Fault
AEROSPACE & DEFENSE
SDR HARDWARE
Tactical Software-Defined Radio RF Front-End
Megtron-6 8-Layer
14 dB Isolation Gain
CNC Cavity Fences
Mission Scope:

Multi-band transceiver front-end PCBA assembly for man-portable and vehicular secure frequency-hopping communication radios.

Engineering Challenge:

Tight packaging constraints and adjacent high-power PA stages generated severe crosstalk and local oscillator pulling on sensitive LNA channels.

Engineered Solution:

Designed an 8-layer hybrid Megtron-6 / FR4 board with compartmentalized CNC-machined brass shielding fences and automated precision solder reflow.

✓ 28% Form Factor Reduction & 14 dB Noise Isolation Gain
SATELLITE & TELECOM
LEO FLIGHT
CubeSat Radiation-Tolerant Power Regulator
TVAC Tested
Parylene C Coating
18 Mos On-Orbit
Mission Scope:

High-efficiency solar array power conditioning and battery distribution PCBA for a commercial low-Earth-orbit (LEO) earth observation constellation.

Engineering Challenge:

Thermal vacuum (TVAC) conditions and total ionizing radiation dose risks requiring specialized component derating, conformal coating, and zero outgassing.

Engineered Solution:

Assembled under ISO Class 5 cleanroom conditions using space-grade passives, NASA-approved low-outgassing staking adhesives, and robotic selective parylene coating.

✓ Zero Anomalies Across 18 Months On-Orbit Operations
QUALITY & COMPLIANCE
Our Project Execution Protocols
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Serialized Traceability

Every wire, component, and harness retains individual serial logs and test certifications.

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Environmental Screening

Thermal cycling, random vibration, and Hi-Pot dielectric withstand qualification.

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ITAR & NDA Secured

Restricted cleanroom facilities with strict mutual non-disclosure security handling.

Have a Mission-Critical Hardware Challenge?

Connect directly with an application engineer. We review technical drawings, pinout schematics, and performance goals under mutual NDA within 24 business hours.

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Technical Dossier

Complete engineering qualification dossiers, RF test bench reports, and pinout schematics are classified under proprietary NDA. Request authorized technical package below.