everything RF recently interviewed Shiraz Vakharia, the VP of Products at MV Electronics. He is a veteran of the electronic components industry with 25+ years specializing in precision timing and oscillators. Shiraz focuses on solutions that not only exceed technical requirements but also simplify the customer experience. Across sales, business development, strategy, operations, and growth, he’s known for leveraging deep product expertise to deliver ultra-stable, low-noise results. Previously, he held senior roles at Vectron and Knowles Precision Devices, and has worked at Spectrum Control and Watkins-Johnson.
Q. Could you give us a brief overview of MV Electronics and your core expertise in RF and precision timing solutions?
Shiraz Vakharia: MV Electronics is a Pennsylvania-based, pure-play oscillator company specializing in precision quartz timing solutions - OCXOs, TCXOs, VCXOs, XOs, and custom crystals. Our mission is to deliver stability, reliability, and unmatched precision in timing technology. With extensive R&D in quartz crystal and oscillator design, we engineer products for low phase noise, tight stability, and low jitter - ensuring high performance even across challenging temperature ranges, which is critical for high-speed data communication.
We take pride in offering customizable solutions and precision testing of difficult parameters, while also continuing to support legacy designs and programs with smaller production volumes. Our solutions are designed to meet the stringent requirements of aerospace, defense, telecommunications, and industrial markets, where precision and reliability are essential.
Q. What inspired you to start MV-Electronics, and how does your approach to precision timing differ from other oscillator manufacturers?
Shiraz Vakharia: For me, building MV-Electronics was about bringing a “resonator-first” discipline back to precision timing—pairing deep quartz expertise with an agile, customer-driven culture. After decades of building oscillator portfolios at larger firms, our core team saw a gap: programs needing custom quartz timing (OCXO/TCXO/VCXO/XO) with repeatable, tight stability, low-noise results in the end system, not just impressive one-off bench plots. We started in Pennsylvania to keep engineering close to U.S. customers in defense, satcom, and industrial markets. The intent from day one was simple: deliver unmatched precision with responsive collaboration—and designs that actually hold spec across the customer’s applications.
Just as important, I wanted to create a company I’d want to work for—genuinely good to work for. A place that embodies both innovation and integrity, treats people with respect, and measures success by everyone in the chain sharing a little of the win. We honor long-term relationships—even on legacy or small-quantity programs—because precision and reliability come from disciplined teams who feel trusted and valued. In short, MV-Electronics reflects my belief that you can run a profitable, professional, ethical business that advances U.S. capability and gives talented engineers and technicians a workplace they’re proud to call home.
Q. Which industries or mission profiles benefit most from your timing solutions, and why?
Shiraz Vakharia: Our timing solutions are designed for industries and mission profiles where precision, spectral purity, and reliability are critical to overall system performance. By focusing on low phase noise, stability, and resilience under demanding conditions, we enable customers to achieve higher accuracy, better signal integrity, and more dependable operations across a wide range of applications. This enables us to serve sectors where these attributes directly translate into improved outcomes and mission success:
- Defense & EW/Radar: Close-in phase noise and low g-sensitivity improve detection range.
- SATCOM & Ground Terminals: Ultra-low noise references stabilize up/down-converters across X/Ku/Ka bands.
- 5G/Private Wireless & Microwave Backhaul: Low jitter and spur control enhance SnR and throughput in radios and fronthaul.
- Positioning/Timing (GNSS, PTP/SyncE, Network Time): OCXOs with excellent stability, aging and holdover keep networks coherent through GNSS interruptions.
- Test & Measurement, Scientific, and Industrial: Industry-leading stability and predictable aging lower measurement uncertainty and re-cal costs.
Q. What differentiates MV Electronics’ OCXO from other oscillators when it comes to phase noise, frequency stability, and long-term reliability?
Shiraz Vakharia: Our OCXOs are engineered with careful attention to every factor that impacts phase noise, stability, and long-term reliability. From resonator design to thermal management, circuitry, and qualification, each element is addressed to ensure consistent performance in demanding applications.
- Resonator-first engineering: We start with crystal physics—blank geometry, electrode mass loading, and stress-relieved mounts—to drive high Q and low flicker corner.
- Thermal discipline: Optimized oven mass, isolation, and control loops minimize gradients; warm-up profiles are tuned for faster lock with minimal overshoot.
- Noise-aware circuitry: From sustaining amplifier topology to low-noise regulators and buffer chains, every stage is optimized for noise.
- Aging and reliability: We target low initial aging and controlled long-term drift through process control and screening; ERD up-screening (temp cycling, burn-in, vibration) supports demanding programs.
- Measured, not assumed: We qualify phase noise/jitter across temperature, supply, load, and vibration—so performance is repeatable in the user’s chassis, not just on our bench.
While we don’t claim to replace atomic references, our flagship sub-ppb-class stability and ultra-low g-sensitivity OCXO platform targets rubidium-like regions of performance—particularly in close-in phase noise—that materially narrow the gap for many radios and timing chains. Through high-Q resonator selection and lot screening, disciplined oven control, and noise-optimized sustaining/buffer stages, we deliver single-oven OCXOs with stability comparable to many double-oven approaches—at lower power. Practically, this means more data throughput, lower power consumption, and better immunity to shock and vibration that can otherwise degrade phase noise and stability. In short, our flagship OCXOs approach chip-scale atomic-clock-level stability while simultaneously providing improved short-term stability and phase noise — without the size, power, or cost of an atomic standard. Click here to see OCXOs from MV Electronics.
Q. What key trends are shaping the oscillator and precision timing market, and how is MV Electronics positioning itself to address them?
Shiraz Vakharia: Oscillator and precision timing requirements are evolving rapidly as systems push for higher performance, smaller footprints, and longer lifecycles. To stay ahead, MV Electronics is focusing on the following trends that are shaping customer needs and driving our development efforts:
- Noise budgets are tightening: 5G, satcom, and EW signal chains need cleaner references closer to the carrier. We’re investing in lower noise OCXOs and jitter-optimized VCXOs tuned to modern PLLs.
- Smaller, cooler, tougher: Customers want rack-density and field endurance; we focus on compact designs, lower power draw, and ruggedized builds validated by environmental screening.
- Smarter timing modules: There’s demand for integrated references with distribution, dividers/multipliers, and telemetry. Our collaboration with ERD accelerates embeddable “reference-plus” modules to reduce BOM and integration risk.
- Supply assurance and traceability: We maintain ISO-aligned quality practices and serial-level data retention so programs can sustain long lifecycles.
Q. How do you view MEMS-based oscillators in relation to your quartz-based solutions—complementary or competition?
Shiraz Vakharia: Complementary. MEMS excels in size, shock tolerance, and power efficiency, making it great for high-volume digital clocks and harsh-shock embedded designs. Quartz still leads for ultra-low phase noise, holdover, and long-term stability—the domains that drive many RF, satcom, and defense missions. We routinely help customers partition the timing tree: use MEMS where it shines (non-RF clocks, extreme shock) and deploy quartz OCXO/TCXO/VCXO at the RF-critical and reference nodes where spectral purity and aging dominate.
Q. How does MV Electronics approach custom designs? What level of flexibility do you offer in frequency ranges, logic outputs, and form factors?
Shiraz Vakharia: Our custom path is requirements-driven and fast. We support the development of custom designs by offering flexibility in frequency ranges, output formats, form factors, and control features, with full documentation and testing to ensure reliable performance for the required application.
- Frequency ranges: Fundamental and overtone solutions from low MHz to high-MHz outputs (with multiplication where needed).
- Output formats: CMOS, clipped-sine, LVPECL, LVDS, HCSL, and sine; selectable output levels and source impedances for signal-integrity match.
- Form factors: From industry-standard SMD (e.g., 2016/2520/3225/5032/7050) up to compact OCXO can sizes; mechanical and pinout customizations as needed.
- Control features: Wide pull ranges on VCXOs, calibrated TCXO temp-curves, voltage or serial trim, and status/health pins for system telemetry.
- Documentation & Test: We deliver per-model datasheets that meet or exceed the parameters where relevant, so the part performs in your system - not just on our production test systems.
Q. What role do temperature compensation and ruggedization play in your designs for harsh environments?
Shiraz Vakharia: This is a core strength of our team. When it comes to temperature compensation, we combine multi-segment polynomial compensation with tight process control to flatten frequency vs. temperature for TCXOs and OCXOs. For OCXOs, oven design (thermal mass, insulation, sensor placement) and state-of-the-art oven control keep the resonator at its turn-point with minimal error.
Ruggedization is equally important and is addressed through low g-sensitivity crystal mounts and enclosure mechanics to suppress microphonics, environmental screening such as temperature cycling, burn-in, and vibration/shock testing, and a robust power and grounding strategy to guard against load or supply transients and EMI. Finally, materials and assembly processes are chosen to mitigate stress migration over the lifetime of the oscillator, protecting long-term aging performance.
Q. How are you addressing the increasing demand for ultra-low phase noise in 5G, SATCOM, and defense applications?
Shiraz Vakharia: Addressing the growing demand for ultra-low phase noise starts with the fundamentals of resonator performance. We focus on selecting and lot-screening crystals for the highest Q and lowest 1/f corner, ensuring a strong foundation for noise reduction. From there, our sustaining amplifiers and buffer chains are carefully optimized for noise, with disciplined impedance environments that maintain signal integrity. Equally important is the power architecture, where cascaded LDO (low-dropout regulators, filtering, and board-level layout guidance are applied to prevent supply noise from entering the spectrum.
Thermal stability is another critical factor, and our oven control strategies are designed to suppress FM noise ridges that result from thermal perturbations. Beyond the oscillator itself, we also emphasize system co-design—working closely with radio and PLL teams to place the reference where it actually minimizes integrated phase noise across the loop bandwidth, not just at a single offset spec.
Q. Where do you see the greatest opportunities for oscillator innovation over the next 5 years?
Shiraz Vakharia: Over the next five years, we see significant opportunities for innovation in oscillator technology. One focus area is developing lower-power OCXO architectures that achieve shorter warm-up times and better steady-state efficiency without compromising noise performance. Another is the advancement of integrated timing modules that combine a low-noise reference, smart disciplining and division, and signal distribution within compact footprints.
We are also exploring predictive stability, leveraging production data to provide unit-specific forecasts for stability and aging, which can improve calibration intervals and enhance network holdover planning. Additionally, co-optimization with modern synthesizers is a promising path, where the XO or VCXO and PLL function together as a unified, noise-aware system. Ruggedized micro-OCXOs also represent a critical need, especially for UAVs, LEO satellite terminals, and edge sensors, where size, weight, power, and environmental stress all pose unique challenges.
Q. What’s the next big milestone you hope to achieve as a company?
Shiraz Vakharia: As a company, our next big milestone is centered on two priorities. The first is the launch of our next-generation OCXO platform - a compact, power-efficient oven design with faster warm-up times, developed specifically for defense communications, electronic warfare, and high-performance telecommunications infrastructure. The second is expanding our U.S. build and up-screen capacity, with added investment in environmental testing, data traceability, and program-specific screening. This will allow customers to source a fully qualified timing chain from a single team, with the confidence that both performance and reliability requirements are met.
About MV Electronics
MV Electronics designs and manufactures high-precision quartz crystals and oscillators that deliver stable, reliable, and accurate timing performance. With expertise across OCXOs, TCXOs, VCXOs, XOs, and custom crystal solutions, the company focuses on achieving exceptional frequency stability, low phase noise, and low jitter. Its advanced R&D efforts are aimed at enhancing oscillator performance across temperature ranges and environmental extremes, ensuring consistent precision in demanding conditions.
Serving the defense, aerospace, telecommunications, and industrial sectors, MV Electronics provides timing components that meet strict performance and reliability standards. The company also offers precision testing, legacy design support, and low-volume production capabilities. Guided by principles of precision, collaboration, and long-term reliability, MV Electronics continues to advance timing technology through careful engineering, consistent quality, and strong customer partnerships.
