RF Shielding for Telecommunication
Telecommunications RF shielding has to be predictable, measurable, and ready for commissioning from day one. We design and coordinate RF/EMI shielding for carrier environments—so 5G/LTE validation labs, device test rooms, network equipment spaces, and secure NOC/IDF/MDF areas stay protected from interference and leakage. The result: cleaner test data, fewer re-tests, faster turn-ups, and shielding that’s built to spec, documented, and verified without blowing up your schedule or your budget.
Before/After
RF shielding that passes performance testing the first time
Full-scope RF/EMI shielding for telecommunications: engineered designs, permit-ready drawings, and tight trade coordination for clean installs, low-noise environments, and verified isolation for 5G/LTE test labs, network equipment rooms, and critical comms spaces.
Fully shielded telecommunication room
By the numbers
Experts in Telecommunication Shielding
Proven RF/EMI/TEMPEST & ICD-705 building design support—from first calculation to final closeout. Fast turnarounds, clean coordination, predictable outcomes.
One team, from concept to closeout
Don’t gamble with test accuracy, carrier acceptance, or network uptime by settling for “good enough” shielding. We deliver end-to-end RF/EMI shielding design and implementation support for telecommunications environments—5G/6G device labs, OTA test rooms, network validation spaces, and interference-sensitive facilities—so your measurements stay repeatable, your signals stay clean, and your team stays on schedule from design through commissioning.
Fewer Change Orders, Smoother Construction
Our telecom shielding packages are built for the field—clear details, coordinated drawings, and practical installation guidance.That means fewer surprises, less rework, and tighter schedule control when you’re building or upgrading RF test spaces, validation labs, or shielded rooms inside active facilities.
Spec-Ready, Audit-Ready Deliverables
We produce calculations, drawings, and design packages aligned with telecom test requirements and regulatory expectations.From shielding performance targets to grounding/bonding details and penetration schedules, you get a cleaner path to review, acceptance testing, and final turnover—with documentation your QA team (and future you) will actually want to read.
Faster Turnarounds for New Labs and Retrofits
Whether you’re building new or upgrading an existing lab, we streamline design and coordination to reduce back-and-forth.That gets you to operational readiness sooner—so you can validate radios, certify performance, and move product or network changes forward without waiting on “one more revision.”
Coordination for MEP, Doors, and Penetrations
Shielding succeeds or fails at the details—HVAC, electrical, conduit, fiber, data cabling, and every single penetration.We coordinate the interfaces (doors, waveguides, filtered power, vents, firestopping, and grounding/bonding) so continuity stays intact and performance holds up during verification and commissioning.
FAQ: Telecommunication Shielding
RF shielding blocks outside radio signals from entering your test space and prevents your test signals from leaking out. For telecom teams, that means cleaner measurements, repeatable results, fewer false failures, and less risk of interfering with nearby networks or equipment.
RF shielding is commonly used for 4G/5G/6G device testing, OTA (over-the-air) testing, antenna performance validation, sensitivity and interference testing, and network equipment verification.
The required attenuation depends on frequency range, nearby interference sources, and measurement sensitivity. A design target is typically defined after reviewing your test plan and environment.
RF shielding can be designed for a specified frequency range, including common telecom bands and higher frequencies used for 5G/6G and mmWave testing.
Yes. RF shielding reduces external RF energy entering the room, which helps stabilize measurements and reduces inconsistent or intermittent test failures.
Yes. RF shielding reduces RF emissions leaving the room, helping prevent interference with nearby systems and reducing unwanted RF exposure to other operations.
Yes. Deliverables typically include layout drawings, details for seams and bonding, door and penetration schedules, grounding/bonding requirements, and coordination notes for MEP and low-voltage trades.
Yes. RF shielding requires close coordination with architectural, electrical, mechanical, low-voltage, and security scopes to preserve the shielded envelope during construction.
Performance is verified through commissioning and RF shielding effectiveness testing based on the agreed performance target and frequency range.
Yes. Many projects are retrofits. The scope and phasing depend on access constraints, downtime limits, existing utilities, and the number of penetrations.
Let's Work Together
We’ll partner with you to deliver straightforward, effective, and customizable RF/EMI shielding for telecom labs and test environments—helping your team reduce interference risk, avoid rework, and deliver a space that performs to spec and passes verification the first time.
