Rigid PCBs
At HT Global Circuits, we engineer high-performance Rigid PCBs to meet the exacting demands of modern electronics—combining signal integrity, thermal management, and mechanical stability in a proven substrate.
As the industrial and power sectors continue to evolve towards greater automation and efficiency, the role of printed circuit boards remains paramount in driving technological advancements and optimizing processes within these critical industries.
Rigid-Flex PCBs
The highest quality printed circuit boards delivered
on time, year after year.HT Global Circuits delivers high-performance Rigid-Flex PCBs that combine the reliability of rigid boards with the adaptability of flexible circuits—enabling lighter, denser, and more durable designs for cutting-edge applications.
Flex PCBs
Flex PCBs are engineered for dynamic applications where space, weight, and movement constraints demand superior design flexibility. At HT Global Circuits, we understand that today’s electronic systems demand more than just performance; they require design freedom, reliability under stress, and space-saving innovation. That’s where our Flex Printed Circuit Boards (FPCBs) come in.
Radio Frequency PCBs
At HT Global Circuits, we specialize in RF PCB fabrication that delivers uncompromising signal integrity for mission-critical wireless applications. Our boards are designed to meet the exacting demands of high-frequency circuits where impedance control and low loss are paramount. As a leading RF PCB manufacturer with an extensive experience in custom RF microwave PCB solutions, we provide comprehensive fabrication services for frequencies ranging from DC to millimeter-wave applications.
Metal Core PCBs
High-power applications demand thermal solutions that go beyond the limits of conventional FR-4 designs. At HT Global Circuits, we specialize in the design and fabrication of insulated metal substrate (IMS) PCBs engineered for exceptional heat management, mechanical durability, and electrical performance.
HDI PCBs
A high-density interconnect board has a higher wiring density per unit area than standard boards. This allows for the placement of a greater number of components in the available space and hence these boards are suitable for compact devices. These boards comprise minor vias, capture pads, finer spaces and lines, and higher connection pad density, which help keep the device small and lightweight. HDI PCBs are known to increase the electrical performance of the device.
Aluminum PCBs
When component density and power levels push the thermal limits of standard FR4, Aluminum PCBs (Metal Core Printed Circuit Boards) provide the critical thermal path for reliable performance. By integrating a thermally conductive dielectric layer with an aluminum substrate, these boards efficiently pull heat away from critical components, reducing junction temperatures and significantly extending product lifespan.
High Frequency PCBs
High frequency PCBs are essential components in modern electronic systems where signal integrity and performance reliability are critical. These specialized printed circuit boards are designed to transmit high-speed signals with minimal loss and distortion, even at frequencies exceeding 77 GHz. As the demand for high-frequency applications continues to grow across various industries, the need for precise, durable, and high-performance high frequency PCBs has never been greater.
Heavy Copper PCBs
When standard PCBs can’t handle the current, manage the heat, or withstand the mechanical stress, Heavy Copper PCBs are the critical solution. Utilizing copper weights and 3oz per sq ft to 30 oz and beyond, these robust boards are designed for demanding applications where failure is not an option.
HT Global Circuits (HTGC), with over 35 years of expertise, we specialize in manufacturing custom heavy copper and extreme copper PCBs.
Microelectronics PCBs
Microelectronics PCBs are highly advanced circuit boards designed with miniature components, multiple layers, fine traces, ultra-thin films, and stacked vias to achieve high interconnect density. These boards feature precise, 25-micron fine lines, 1 Mil thin-film build-ups, and laser-drilled micro-holes.
Unlike regular PCBs, microelectronics PCBs are used in next-generation electronic systems, powering mission-critical applications in industries like semiconductors, medical, defense, and industrial sensing.
