Connectors

As next-generation communications systems move into the millimeter-wave (mmWave) spectrum, system engineers are challenged to route dense matrices of high-frequency channels within constrained enclosures. Standard coaxial connectors like SMA or 2.92mm interfaces become mechanical bottlenecks when arrayed in high channel counts. To resolve this spatial limitation, ADR Technology have delivered a highly compact, multi-channel ganged RF cable assembly that packs eight channels i

SMPM micro-miniature connectors are intrinsically engineered for high-density, high-frequency environments, featuring a footprint 20% smaller than standard SMP interfaces. The primary advantage of the push-on design is its ability to facilitate fast, secure mating cycles in blind-mate test configurations or compact surface-mount assemblies.

The CMO-1421-S000 plug is a compact 50 Ω micro-RF coaxial connector designed to mate with an RF switch PCB receptacle. Unlike conventional micro-coax connectors that simply establish an RF path, this switch connector enables automatic selection between an onboard antenna and an external antenna or test interface. This integrated switching function simplifies antenna evaluation during product development and supports RF testing in manufacturing without requiring additional sw

Fully shielded micro-coax connectors have emerged as an effective solution for maintaining signal integrity while minimizing electromagnetic interference (EMI) in space-constrained designs. Unlike conventional fine-pitch board-to-board connectors, a micro-coax shielded connector combines individually shielded transmission lines with a 360-degree grounded connector interface. The continuous shielding significantly reduces crosstalk, radiated emissions and susceptibility to ext

Professional Surge Protection for 10-Gigabit PoE Networks In industrial, medical, and mission-critical environments, Ethernet interfaces are increasingly exposed to electrical threats such as lightning-induced surges, switching transients, and ground potential differences. The CLA-3287-S000 provides a technically advanced solution, integrating robust transient suppression directly into the communication path without compromising data integrity.

The SPE Advantage: Slimmer, Faster, Further SPE technology decisively extends the performance profile of classic Ethernet. By reducing the physical layer to a single pair, manufacturers like ADR provide lightweight and material-saving solutions that are ideal for compact devices.

This product is ideal for outdoor systems that required SIM & USB entries. The USB socket & the SIM slot housed in a Thermoplastic 21mm flange. Product’s sealing level is IP68, composed of massive Silicone O-Ring for the panel and Epoxy potting around the connections (internally).

This new M12 X-coded IDC screw-less & solder-less is an “on-site” cable assembly kit, suitable for harsh environment. Sealing protection is IP68 (mated) and temperature range is –40/+85 ℃. The Zinc alloy body helps to shield & prevent EMI effects. The connector features a high data speed of up to 10 Gb Ethernet (CAT6A), with frequencies of up to 500 MHz .

This two-piece THR/SMD M12 connector comprises a plastic contact carrier with a screwed housing connection to the panel. The contact carrier is available with various coding. The gasket and shield spring are mounted to provide IP68 protection and excellent EMC performance. The housing is made of non-flammable material (UL94-V0).

High speed spring contact adapter can be design in different ways. It is better to choose first the right spring contact design: Requested frequency per contact. Single or double ended. With or without flange. Minimum height & travel. With or without barrel (open). Plunger shape & other specifications. ADR also offer the “S-Parameters” information for most the spring contacts (Db/Frequency graph).

Standard spring contacts can be used for 6Ghz frequency maximum. For higher frequencies, a special contacts and contacts arrangement are required. These spring probes can transfer the signals between PCB’s or other layers. ADR offers a wide range of spring contacts for high speed data transferring. There are both single and double action probes.

”Barreless” spring contacts were developed to reduce the spring-contact cost and to improve the signals transfer. These kind of contacts required appropriate socket. Short pins enable higher speed performance. ADR offers short “barreless” spring contacts in length of 3-4mm. The contact is made of one or three parts only. The one-piece spring contact is a low cost solution because it doesn’t require assembly process during production.

ADR supply reliable and durable Valve connectors in 3 combinations: Attachable, Molded and M-connector at the opposite side. Each product have its own relevant base. The connectors conforms EN175301-803(DIN43650). The range includes 2P & 3P + PE. Some of the products are UL or ATEX approved. ADR offers 3 main forms: A, B & C. All products are IP-67 protected and made of UL94-V0/V2 materials.

Valve connectors can include electronics protection and light indication. ADR product’s line of valve connectors, include standard combinations as follow: *Bipolar Led * Bipolar Led + Varistor * Led + Diode(1A) *Full-Wave Bridge Rectifier + Varistor *Full-Wave Bridge Rectifier (3A)+ Varistor (3A) +Led.

M-Connectors for cables are divided into 2 major groups: Field attachable & over molding. While the first option is usually an “off the shelf” product, the second is mostly a custom product. The advantages of over-molding are better protection & time saving for the user. The cable type matched the application demands or, can be dictated by the end user. The connector itself is made for harsh environment (IP-66/68) and made of Brass or Nylon+GF

M-connectors for panel-mount can be made of Brass or Nylon+GF. They are all waterproof ( IP-66/68 ) and suitable for harsh environment. Standard Temp. range is –40/+85 ℃ but, some versions can reach up to 160 ℃. Assembly is wires or directly to a PCB. Bushing style can be a thread or bayonet. ADR range include diameters between 5 to 23mm and up to 17 contacts. The M-Connectors are mostly used for signals transfer but, they also can serve as power transfer ( up to 12A in our r

Pogo-pin connectors became very popular in the field of charging devices. Lately, you can find them also in an outdoor applications. Outdoor environment requires a special design, mainly to protect the contacts against humidity, water & salt spray. Protecting the pins & the entire connector against water is the main issue in the connector’s design. You may protect the internal mechanism of the pin (if necessary) by applying an o-ring between the plunger and the barrel.

Rolling ball pogo-pins aim to solve the problem of electrical contact between moving parts. These special contacts, enable a continues signal transferring when contacts are shifting, sliding or rotating, without any signal’s interference. Moreover, they enable smooth mechanical movement with a constant strain.

It is difficult to use standard pogo-pin for high RF signals ( high RF means > 6Ghz). The structure of (at least) 3 parts—the plunger, the spring & the barrel and moreover, the connection between them, affect the signal negatively, and increase interferences. Today, there are some new options to transfer high RF signals through pogo-pins.

This new Series can provide 1-32C fiber connections & available for 12C hybrid cable: 8F4P,6F6P,4F4P,5F3P and 8 power-optional Connection. Connector is made of stainless-steel. It have 3 thread fast connection & adapt with 5 keys locate at the same time.