Bel is ready to Power, Protect & Connect 5G Wireless Technology
5G has finally arrived, with services already available in the USA and operators around the world gearing up for launches in 2019 and beyond. 5G’s high speeds, low latencies and abundant bandwidth promise to open up countless new applications for a fully connected society, leading in turn to exponential growth rates of transported data.
5G roll-outs will drive a rapid growth in base stations and increased demand for backhaul connectivity. Processing and storing huge volumes of data will have a fundamental impact on data center capacity and topology and adopting 5G will require factory and office owners to adapt their networks. End users, operators and suppliers in the 5G ecosystem will depend on companies such as Bel for the timely provision of high quality, reliable components to build the fabric of their 5G networks.
The 5G specification covers three broad use cases:
- Ultra-Reliable & Low Latency Communications
- Massive Machine Type Communications
- Enhanced Mobile Broadband
- Connectivity
- Integrated Connector Modules
- Power & Circuit Protection
To deliver true 5G functionality a number of technological innovations have been designed into 5G networks, including massive mimo, beam-forming and network slicing. However, it is 5G’s use of the mmWave spectrum at 30 GHz and above which will unlock the bandwidth and data rates (up to 10 Gb/s compared to today’s 1 Gb/s) demanded by many applications. Designing devices to operate at mmWave frequencies is challenging and high tolerance, precision components are required at all levels to ensure optimal transfer of electromagnetic energy.
Cinch Johnson Coax Connector Solutions
mmWave Connectors
Female Sparkplug
Female End Panel End Launch
Male Sparkplug
Screw-on, Female End Launch Jack
Screw-on, Male End Launch Jack
50 Ohms
110 Ghz
>1.38 Max
Jack, Screw-on (0.007" Pin)
Jack, Screw-on
Plug, Screw-on
Jack, Screw-on (0.005” Pin)
Jack, Vertical Launch
50 Ohms
67 Ghz
Typical 1.20
Jack, Solder (0.042" Board thickness)
Jack, Solder (0.093" Board thickness)
50 Ohms
50 Ghz
Typical 1.5
Vertical Launch with Side Groove
End Launch, Straddle Mount Jack (.062 Board thickness)
End Launch, Straddle Mount Jack (.042 Board thickness)
Terminal Jack | Without Chain
50 Ohms
40 Ghz
1.30
SMA High Frequency Coax Connectors
Johnson offers the broadest portfolio of SMA End Launch Connectors in the industry. This patented portfolio operates to 26.5GHz. High Frequency End Launch connectors are used to transition microwave energy from coaxial to planar transmission line structures.
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Specifications
- 50 Ohm Impedance
- Electrical performance from DC to 26.5 GHz
- Outstanding mechanical durability
- Brass construction
Features
- Attaching directly to coplanar waveguide circuit board
- Operates with respectable Return Loss values up to 26.5 GHz
- Minimizes reflections as compared to a right-angle (perpendicular) PC mount transition
SMP Coax Connectors
SMP Interface offers performance up to 40 GHz and is compatible with all SMP and GPO® Connectors. They offer high electrical reliability where extreme shock and vibration conditions are experience.
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Specifications
- 50 Ohm Impedance
- RF Performance DC to 40 Ghz
- Designed to accommodate both radial and axial misalignment
- Push-on and snap-on mating styles for quick installation
Features
- Optional bullet adaptors in two standard lengths
- Ideal for tight, secure connections, especially where shock and vibration are experienced
SMP Ganged 4-Port Coax Connectors
SMP Ganged 4-Port Solutions - Catalog offering for 4-Port board to board and board to cable assembly solutions. Available in Full Detent, Limited Detent, Smooth Bore PCB mount solutions and a Full Detent Cabled solution.
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Specifications
- 50 Ohm Impedance
- Beryllium Copper or Stainless Steel
- Mating force spec 15 lbs engagement/ 5 lbs disengagement per SMP Full Detent specs
- SMP Bullet operating frequency up to 40 GHz
Features
- Vertical Mount Smooth Bore to Vertical Mount Full Detent Configuration
- Vertical Mount Smooth Bore to Right Angle Full Detent Configuration
- Right Angle Mount Smooth Bore to Right Angle Full Detent Configuration
- Vertical Mount Smooth Bore to Cable Mount Full Detent Configuration
- Right Angle Mount Smooth Bore to Cable Mount Full Detent Configuration
MagJack® ICMs: 100W to 10GBaseT
As the inventor and largest supplier of Integrated Connector Modules (ICM), Bel has the broadest portfolio of ICM products available, perfectly suited to meeting the needs of 5G. Bel and TRP ICMs support 10/100 Base-T to 10GBase-T, for up to 100W PoE (PSE and PD), and non-PoE applications. Bel multirate-compatible 10G ICMs are designed to meet today’s bandwidth requirements and those that will come with 5G deployment, including single-port, 4-port side-by-side and high density 2x8 stacked ICMs. All ICMs meet IEEE 802.3 standards and include protection from 6kV ESD strikes, to deliver reliability and long service in the harshest environments.
1xN Port MagJack® ICM
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L829-1J1T-43 | 1000BASE-T | 1X1 | 3w-OG/Y | Tab Up | Low Profile | RoHS | DRAWING |
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SI-50154-F | 10/100BASE-T | 1X1 | G/Y | Tab Up | RoHS | DRAWING |
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0826-1X1T-43-F | 1000BASE-T | 1X1 | OG/Y | Tab Up | RoHS | DRAWING |
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0826-1X1T-GH-F | 1000BASE-T | PoE+ | 1X1 | OG/Y | -40 to 85ºC | Tab Up | RoHS | DRAWING |
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SI-51005-F | 1000BASE-T | 1X1 | G/G | Tab Up | RoHS | DRAWING |
2xN Port MagJack® ICM
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0854-2X4R-JD-F | 2.5GBaseT | 2X4 | 4PPoE | Without LED | -40 to 85ºC | RoHS | DRAWING |
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0845-2D1T-H5 | 10/100BaseT | 2X1 | Y/G | RoHS | DRAWING |
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0845-2G1T-H5 | 10/100BaseT | 2X1 | Y/G | RoHS | DRAWING |
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0879-2C2R-54 | 1000BaseT | 2X2 | GY/GY | RoHS | DRAWING |
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0879-2C2R-DA | 1000BaseT | 2X2 | GY/GY | -40 to 85ºC | RoHS | DRAWING |
Bel Power Solutions
5G network speeds and reduced latencies will enable many applications to offload computation-intensive tasks to data centers, driving a significant increase in demand for cloud computing and data traffic. At the same time telecom operators are modifying central offices to add compute racks able to sustain compute intensive tasks. To gear-up for 5G, data center owners and telecom companies will have to scale-up their operations by adding more power, cooling, servers, racks, etc. With current technology, 2kWh of energy is required to download one gigabyte of data.
One major driver for data traffic is video streaming which is expected to grow even further. This growth will be reinforced by increasing availability of connectivity services and 5G. It is therefore clear that considerable advances in power supply efficiency are required to ensure the cost-effectiveness and sustainability of 5G. The new 5G networks will implement a dense, distributed network of base stations in a small cell infrastructure. This will allow more processing to happen on the edge, leading to lower latencies. Small cells consume energy and need to be supplied by efficient power conversion units.
AC-DC Front-End
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PFE3600-12-069RA | Power 3600W | Output 12VDC, 294A | Input 90-300VAC | Reverse Airflow | IEC 60320-C14 type Input Connector | RoHS Compliant | DATASHEET |
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TET4000-48-069RA | Power 4000W | Output 48VDC, 73A | Input 90-264VAC | Reverse Airflow | RoHS Compliant | DATASHEET |
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PFE3000-360-069RA | Power 3000W | Output 360VDC, 9A | Input 90-300VAC | Reverse Airflow | RoHS Compliant | DATASHEET |
Circuit Protection
SMD Brick Fuses
3912 Size
0678H Series
0678D Series
0678L Series
2410 Size
0679L Series
0679H Series
0680L Series
SMD Chip Fuses
1206 Size
C1F Series
C1T Series
C1H Series
0603 Size
C2F Series
C2Q Series
