Molex India Private Limited Nehru Place, Delhi

zSFP+ SMT 20-circuit connectors and cage assemblies provide excellent signal integrity and EMI protection. zSFP+ SMT connectors support current 10 Gbps Ethernet and 16 Gbps Fibre Channel applications, with the ability to support up to 25 Gbps serial lanes. The preferential coupling design uses a narrow-edge, coupled blanked- and formed-contact geometry and insert molding to optimize electrical performance. The zSFP+ SMT connector shares the same PCB footprint, mating interface and EMI cage dimensions as the SFP+ SMT form factor, making it backward compatible. Single-port and 1x ganged cages are available to support multiple design options. Single-port cages feature press-fit, solder-post and PCI (1°) versions, providing a flexible solution for use with various board thicknesses and assembly processes at a comparable cost to SFP+ cages. EMI ganged cages utilizing new Gen II EMI belly gaskets provide superior EMI shielding compared to SFP+ cages. The press-fit tails accommodate belly-to-belly applications for both single and ganged cages to ensure the best use of PCB space. Cages will offer optional rear- and side-mounted lightpipe cover assemblies to allow for flexibility of PCB signal routing for LEDs. LC duplex cable assemblies, with optical mode three and four (OM3, OM4) fiber, are used with zSFP+ optical modules. LC duplex assemblies offer a high-performance interconnect solution with customization options for cable length and strain-relief boots including straight, 45° and 90°. LC loopback assemblies provide a stable and convenient means for testing SFP and SFF devices in many applications.

Pervasive bandwidth requirements due to the tremendous growth in wireless devices are the catalyst for large-scale (100 Gbps) system designs in server farms. zQSFP+ connectors transmit up to 25 Gbps per-serial-lane data rates with excellent signal integrity, relieving some of the pressure on core switches. The operating power for plugs was increased from 3.5 to 5W. The increased wattage also increased the heat generated, necessitating a thermally enhanced component to manage that extra heat. zQSFP+ Interconnect System with thermal protection offers three options to manage heat: a through-flow cage optimized to allow airflow through the midsection of the cage, an internal riding heat sink, and a top-riding heat sink to help increase airflow and manage the additional heat generated by the 5-watt plugs.

Number Of Flower : Wire To Wire Connector

Material : Ceramic, Plastic, Resin, Rubber, Silicone

Certification : CE Certified, ISI Certified

Grade : DIN, ETDC

Condition : New

Connection Type : Female, Male

Feature : Easy To Connect, Electrical Porcelain, Proper Working, Shocked Proof, Superior Finish, Water Proof

Total Carbohydrate : 1year, 2years

Current Type : AC, DC

Puncture Voltage : 0-50Kw, 100-250Kw, 250-500Kw, 50-100Kw, 500-1000Kw

The VITA 66.1 Ruggedized Optical MT Backplane Interconnect System is designed to meet the ANSI- ratified VITA 66.1 specification for VPX architecture. VPX (previously known as VITA 46 — an ANSI standard), provides component-and system-design recommendations to ensure compliance in military defense and other applications. VITA 66 defines the optical requirements for VPX architecture. Molex’s VITA 66.1 Ruggedized Optical MT Backplane Interconnect System, available with two industry standard MT termini styles, is designed for blind-mate backplane applications that require optically robust interfaces with simple accessibility (no need for hand tools) to streamline MT assembly installation or regular maintenance. The anodized aluminum-based housings provide a rugged solution for use in the designated VPX card space as determined by the standard, or can be used as a stand-alone solution outside of the VPX architecture.

Category : Optical Connectivity

Achieve installation and maintenance simplicity for rugged embedded VPX MILAERO backplane applications with the VITA 66.1 MT Optical Backplane Connector System VITA 66 defines the optical requirements for VPX architecture. Molex’s VITA 66.1 Ruggedized Optical MT Backplane Interconnect System, available with two industry standard MT termini styles, is designed for blind-mate backplane applications that require optically robust interfaces with simple accessibility (no need for hand tools) to streamline MT assembly installation or regular maintenance. The anodized aluminum-based housings provide a rugged solution for use in the designated VPX card space as determined by the standard, or can be used as a stand-alone solution outside of the VPX architecture.

Molex’s low-profile, 12-fiber VersaBeam™ POD (parallel optical device module) Cable Assemblies (also known as PRIZM* LightTurn† cable assemblies) are designed to mate to Avago Technologies’ 120 Gbps MicroPOD† and MiniPOD‡ parallel optic modules. The 1.80mm jacketed-round and bare-fiber-ribbon cable assemblies perpendicularly mate to the top of the optical modules, providing simple assembly and optimum airflow on the PCB. Multiple 12-fiber VersaBeam interconnects can be consolidated to a single IO assembly on the front or back panel by using either 24-, 48-, and 72-fiber MT ferrules in Molex’s high-density interconnects including HBMT™, Array and Circular MT connectors.

VersaBeam™ MT Interconnects address the need for high reliability and easy-to-use connectors in the data telecommunications, medical and military industries. This solution offers a high-density optical interconnect requiring minimal cleaning while delivering repeatable, error-free optical transmissions. In contrast, traditional optical interconnects must be cleaned and maintained frequently by trained technicians to ensure optimal performance. Extensive testing on the VersaBeam MT Interconnects has provided proven reliable performance when mated thousands of times. The VersaBeam MT ferrule, with recessed micro lenses, prevents physical contact between mating interfaces. This controlled gap prevents debris from becoming imbedded during the mating or handling process, preventing possible failure and provides reliable and repeatable optical performance. The benefit from the controlled gap is applicable to both the collimated and focused VersaBeam MT lens arrays.

Category : Fiber Optic Product Families

VersaBeam™ MT Interconnects address the need for high reliability and easy-to-use connectors in the data telecommunications, medical and military industries. This solution offers a high-density optical interconnect requiring minimal cleaning while delivering repeatable, error-free optical transmissions. In contrast, traditional optical interconnects must be cleaned and maintained frequently by trained technicians to ensure optimal performance. Extensive testing on the VersaBeam MT Interconnects has provided proven reliable performance when mated thousands of times. The VersaBeam MT ferrule, with recessed micro lenses, prevents physical contact between mating interfaces. This controlled gap prevents debris from becoming imbedded during the mating or handling process, preventing possible failure and provides reliable and repeatable optical performance. The benefit from the controlled gap is applicable to both the collimated and focused VersaBeam MT lens arrays.

Category : Fiber Optic Product Families

Molex delivers Ultrasonically Welded Lug Cable Assemblies in sizes ranging from 1 AWG through 40 for rugged connections

Ultra+™ VHDCI connectors are a leafribbon style contact, also referred to as “blade on beam” contact that feature enhanced shields with multiple contact points for improved EMIRFI performance. Addition offerings include improved electrical performance, high density and robustness, as well as stacked receptacles that support twice the density of the standard right-angle receptacle. Standard cable assemblies are available in 1.0-, 3.0 and 5.0-meter lengths, with other cable lengths available upon request. Ultra+ VHDCI interconnects meeting the EIA, ANSISFF-8441 and SPI-4 specifications to ensure interminability with conforming products; Ultra+ VHDCI is well suited for high-density IO needs.

Molex provides optical assemblies with MIL-DTL-38999, 28876 and ARINC connectors for military and aerospace applications Molex offers Military 38999- and 28876-style circular connector cable assemblies and ARINC 400- and 600-style avionic optical assemblies. With over 20 years of fiber optics experience, Molex can meet the demanding requirements of the military and aerospace environments with proven capabilities from design to production.

Based on diverse manufacturing and rf technologies, molex standard antennas offer high performance and ease of integration for demanding wireless applications spanning the industrial, consumer, medical and automotive markets.

Airbags and seat-belt pretensioner designs have become more complex over the last 20 years. These restraint systems are difficult to reach during the vehicle-assembly process, resulting in the need for fail-safe Squib connector mating interfaces. Molex’s compact Squib AK-2 cable assemblies support the growing design constraints by improving assembly conditions. Up to 25 Squib applications can be found in a high-level class vehicle. Those connectors must ensure a fully reliable connection to the interface , providing low and stable contact resistance over years in long-life conditions. Molex has developed an economical and widely deployed right-angle Squib interconnection system to meet major OEM requirements.

The name Spox comes from the shape of the terminal, which is like a "spring box". This design style provides multiple points of contact, protects the mating interface area, and prevents fish-hooking from wires during handling. The 2.50mm Mini-Spox family includes both crimp and IDT housings as well as both wire-to-board and wire-to-wire configurations. The 3.96mm Spox and 5.005.08mm Macro-Spox families include unshrouded and partially shrouded headers, along with board-to-board options.

The unique low-profile design of the SPOX Blind-mate Interface (BMI) allows for a mated stack distance of only 11.00mm. Utilizing proven SPOX-style contacts for high reliability, the products are suitable for situations requiring highly reliable tin interfaces. The unique dual-row panel-mounting design provides rugged support for blind-mating applications and permits up to 3.00mm of misalignment between connectors prior to engagement. Multiple pin counts permit design flexibility and provide for both power and signal circuitry. These dual-row 2.50mm products are not intermateable with the conventional single-row 2.50mm products.

Category : Wire-to-Board Connectors

Application : Industrial

Molex's SnapMate™ Optical Interconnect System provides the benefits of a re-matable optical connector with the small size of an optical fusion splice. It is designed using high-precision single-mode LC connector and adapter components and a compact, re-usable polymer housing, providing a reduced overall size and optimum optical performance. The one-inch SnapMate receptacle connects the terminated LC-style ceramic ferrules with a ceramic alignment sleeve. This design allows the receptacle to be easily opened and re-assembled for removal and re-mating of the optical components. The low-cylindrical profile of the assembly and short overall length are suitable for use within equipment and can be incorporated onto a circuit board without consuming substantial mounting space or obstructing the air-flow path within a system.

molex's smi optical interconnects system  provide high-speed and effective data connections for consumer and end-user applications. data rates up to 250 mbps are achieved over long distances. this plastic optical system provides many benefits over traditional metallic systems. designed to provide a end-to-end solution, molex offers the complete solution with the optoelectronic transmitter and receiver module integrated with transceiver, adapter, cable assemblies and complementary tooling. electro magnetic interference (emi), radio frequency interference (rfi) and ground loops are no longer a concern with the non-metallic plastic optical fiber (pof) cabling. in addition, the plastic optical fiber connectors and transceivers are light weight and more cost effective than the traditional glass or copper cabling counterparts. smi is a pof interface defined by the iec. smi is gaining acceptance as an industry standard pof interconnect for applications ranging from internal equipment data links to set-top box interfaces and internet protocol television (iptv) applications. smi plastic optical interconnects complement molex's existing line of optical products.

Category : Fiber Optic Connectors and Adapters

Molex SMA Connectors are high-performance subminiature connectors for microwave frequencies. The threaded coupling insures uniform contact of the outer conductors, which enables the SMA to minimize reflections and attenuation at higher frequencies while providing a high degree of mechanical strength and durability. Molex offers SMA connectors in brass, beryllium copper and stainless steel materials. Molex has a wide range of designs including high-performance optimized SMA connectors, operating to 27 GHz.

The comprehensive SL™ (Stackable Linear) Modular Connector System includes: press-fit compliant-pin, low-profile, latching vertical and right-angle headers; five stackable, low-profile housings for male or female crimp terminals; pre-assembled, single-piece pin and receptacle connector assemblies for IDT termination of discrete wire or ribbon cable and piercing crimp termination of FFCFPC; single- and dual-row latching interim clips for stacking of subassemblies to form larger connectors; and panel mounts for modular wire-to-wire remote interconnections. SL products are capable of mating with select C-Grid ® and KK® products. This product family is suitable for low-power signal applications such as computers, medical instruments, and automotive controls.

Brad® Simulation Tools simulates real-world systems and machines controlled by DCS, PLC and PC control systems. The entire system (communications, sequencing interlocking, HMISCADA, and alarms) can be tested, all emergency faults can be verified and operators trained prior to the system going operational. With PICS Simulation software, control system errors can be swiftly identified in the office, allowing new processes to be implemented quickly and accurately thereby avoiding the high cost of production downtime. The software allows the creation of a dynamic model on a PC that duplicates the behavior of the IO devices, providing the control system with simulated device feedback. PICS Simulation software also provides a realistic and versatile testing and training environment for operators.

Category : SST™ Industrial Communications

Molex delivers high-performing Silver Flexible Circuit Solutions with finely spaced, narrow silver traces and complex components on polyester substrate, offering an economical alternative to traditionally etched copper traces on polyimide A PET substrate provides a flexible alternative to printed circuit boards. New silver ink technology and roll-to-roll printing methods enable fine traces on PET. Additionally, Molex has developed a propriety bonding method to attach complex components to PET, and a UV-cured encapsulant creates robust connections by protecting solder joints and attachment points from vibration. These circuits are ideal for low-power and low-signal applications. Together, fine silver traces and the proprietary bonding method make PET a viable, economical alternative to polyimide and printed circuit boards.

Molex SideLight POF fibre optic deliver a customized ready-to-install lighting kit for safety and decorative illumination, offering high-quality, homogeneous light glow at 360° for the entire cable length and an energy-saving alternative to LED strips Molex.

Molex is an active member of the Serial ATA International Organization (SATA-IO), which is responsible for developing and specifying Serial ATA or SATA interconnect standards. As a primary internal storage interconnect for desktop and mobile PCs, Serial ATA connects the host system to peripherals such as SSDs, optical drives, hard drives and removable magnetic media devices. SATA hard drives are important in networking applications as they enable the integration of higher capacity, cost effective storage solutions. Molex SATA interconnect products consist of external, combo, micro and Slimline connectors; host receptacles; and power and signal connectors and cable assemblies.

Foundation Fieldbus is a communication protocol used to interconnect field-level instrumentation and control devices to a PLC (Programmable Logic Controller) or DCS (Distributed Control System) controller in a process-automation control system. Foundation Fieldbus is employed in the control systems of oil and gas production, refineries, petrochemical plants, chemical manufacturing, and pharmaceutical manufacturing. At the physical-layer level, Foundation Fieldbus allows multiple devices to communicate digitally over the same wire. The Foundation Fieldbus physical layer (such as cable or transmission signal requirements), is specified in the ISA SP50.02 and IEC 1158-2 standard for fieldbuses. The cable specifications are listed in the cable standard, FF-844, which is issued by the Fieldbus Foundation, the organization that controls and maintains this open standard. Molex's Brad Foundation Fieldbus products are fully complaint to these specifications. Brad Foundation Fieldbus products from Molex are based on the proven Mini-Change and Micro-Change circular, molded-connector families. These sealed, watertight connectors offer the ruggedness required in the most demanding industrial applications. The pre-wired, keyed connectors provide a modular wiring system that is not prone to field-wiring termination errors. Molex provides a quick and efficient wiring solution for Foundation Fieldbus installations, no matter how demanding the environment.