Heat sink frame for In-door systerm is used for cool down the indoor used 5G high frequency system and also provide shelter for them.

• Big casting tonnage for huge thermal capacity

• Localised high efficient thermal solution -- Embedded heatpipe

• Overall high efficient thermal solution -- Fin-bonding process

Smart combiner is one kind of filter that merges mutiple channels into a single one that can be used for an Access Point (AP), a WLAN, or for other signals.

• Tiny size

• Band eliminate filter, smartly switch frequency bend

• Hole diameter accuracy ±0.02mm, when hole depth is 200mm

• Good plating quality, stable filter function

• Operating Frequency: DC-690 ~ 862 MHZ / 880 ~ 960 MHZ

When high frequency signal and microwave feed into the circuit, it will inevitably generate heat, and with increased 5G equipment frequency, it will produce more heat. 5G filter Heatsink for Telecom is used for cooling the filter and to improve heat dissipation.

• High fin height (120mm) with big extrusion size

• Use FSW technology to combine four extrusion parts together to save cost

• 100% air-proof

When high frequency signal and microwave feed into the circuit, will inevitably generate heat, Fin-bonding Filter Heat Sink and HTC Al application will improve the thermal performance significantly.

• Material: High thermal conductivity (HTC) aluminum (>170W/m.k)

• Fin-bonding process for high fin requirement which die-casting can not meet

• Pull force for fins can meet average 2KN

• Copper plate inside cavity to improve thermal performance on specific area

• 64 Ports

• Operating Frequency: —2496 ~ 2690 / 3400 ~ 3600

• VSWR ≤ 1.55

• Phase check < 25; Mag < 2

• Size: 500*450*55 mm

• 12 Ports 3 bands

• Operating Frequency: —698 ~ 960 / 1695 ~ 2400

• VSWR ≤ 1.50

• PIM ≤ -110

• Connect Type: 4.3-10

• Size: 2600*550*260 mm

900MHz 4T4R Duplexer

• 4 duplexers are integrated. Each duplexer consists of two filters of different frequency bands, which are combined to the antenna port.

• Satisfying High Power Output of Transmitted Signal.

• High out-of-band suppression isolates transmitting and receiving signals to ensure that both receiving and transmitting can work properly at the same time.

• With a low-pass filter, the filter performance of the whole machine may reach 12.75 GHz.

• Low intermodulation, up to - 150 dBc (2*47.5 dBm input).

1800MHz 2T2R Duplexer

• 2 duplexers are integrated. Each duplexer consists of two filters of different frequency bands, which are combined to the antenna port.

• Satisfying High Power Output of Transmitted Signal

• High out-of-band suppression isolates transmitting and receiving signals to ensure that both receiving and transmitting can work properly at the same time.

• With a low-pass filter, the filter performance of the whole machine may reach 12.75 GHz.

• Low intermodulation, up to - 150 dBc (2*47.5 dBm input).

1800/2100MHz 4T4R Dual band Duplexer

• 4 duplexers are integrated. Each duplexer consists of four filters of different frequency bands, which are combined to the antenna ports.

• Satisfying High Power Output of Transmitted Signal

• High out-of-band suppression isolates transmitting and receiving signals to ensure that both receiving and transmitting can work properly at the same time.

• With a low-pass filter, the filter performance of the whole machine may reach 12.75 GHz.

• Low intermodulation, up to - 150 dBc (2*47.5 dBm input).

1800MHz 4T4R Dual band Duplexer

• 4 duplexers are integrated. Each duplexer consists of two filters of different frequency bands, which are combined to the antenna port.

• Satisfying High Power Output of Transmitted Signal.

• High out-of-band suppression isolates transmitting and receiving signals to ensure that both receiving and transmitting can work properly at the same time.

• With a low-pass filter, the filter performance of the whole machine may reach 12.75 GHz.

• Low intermodulation, up to - 150 dBc (2*47.5 dBm input).

1800/2100MHz 2T2R Duplexer

• 2 duplexers are integrated. Each duplexer consists of four filters of different frequency bands, which are combined to the antenna port.

• Satisfying High Power Output of Transmitted Signal.

• High out-of-band suppression isolates transmitting and receiving signals to ensure that both receiving and transmitting can work properly at the same time.

• With a low-pass filter, the filter performance of the whole machine may reach 12.75 GHz.

• Low intermodulation up to - 150 dBc (2*47.5 dBm input).

700MHz 4T4R Duplexer

• 4 duplexers are integrated. Each duplexer consists of two filters of different frequency bands, which are combined to the antenna port.

• Satisfying High Power Output of Transmitted Signal.

• High out-of-band suppression isolates transmitting and receiving signals to ensure that both receiving and transmitting can work properly at the same time.

• With a low-pass filter, the filter performance of the whole machine may reach 12.75 GHz.

• Low intermodulation up to - 150 dBc (2*47.5 dBm input).

790-862/880-960MHz dual band combiner

• The signals of different modes are combined and output to the antenna end. Satisfying the Common Feed Demand.

• Excellent performance indicators, high inhibition, low loss.

• Intermodulation energy up to - 160dBc.

• IP67 has high waterproofing performance and can meet the coverage requirements of different scenarios and specific areas.

• Small size, easy to install.

1800MHz TMA

• Improving the sensitivity of upstream reception and solving the problem of balance between upstream and downlink of base station.

• Enhance the upstream signal of the base station, improve the penetration of the signal to the occluder, and expand the coverage area of the base station.

• High power, low loss.

• Intermodulation energy up to - 160dBc.

698-862/880-960MHz dual band combiner

• The signals of different modes are combined and output to the antenna end. Satisfying the Common Feed Demand.

• Excellent performance indicators, high inhibition, low loss.

•  Intermodulation energy up to - 160dBc.

• IP67 has high waterproofing performance and can meet the coverage requirements of different scenarios and specific areas.

• Small size, easy to install.

1800/2100MHz Dual band TMA

•  Improving the sensitivity of upstream reception and solving the problem of balance between upstream and downlink of base station.

• Enhance the upstream signal of the base station, improve the penetration of the signal to the occluder, and expand the coverage area of the base station.

• High power, low loss.

• Intermodulation energy up to - 160dBc.

1710-2180/2300-2600MHz dual band combiner

• The signals of different modes are combined and output to the antenna end. Satisfying the Common Feed Demand.

• Excellent performance indicators, high inhibition, low loss.

• Intermodulation energy up to - 160dBc.

•  IP67 has high waterproofing performance and can meet the coverage requirements of different scenarios and specific areas.

• Small size, easy to install.

• Various size & Wide Frequency

• Temperature compensated

• Low insertion loss

• Low cost ; custom design

• Frequency range: 100 ~ 3000MHz

• Power range: 1 ~ 30W

• High Q-value, Low insertion loss

• High dielectric constant

• SMD and reflow solderability

• Excellent temperature stability

• Frequency range: 400 ~ 6000MHz

• Power range: 1 ~ 30W

• High Q-value, Low insertion loss

• High dielectric constant

• SMD and reflow solderability

• Excellent temperature stability

• Frequency range: 400 ~ 6000MHz

• Power range: 1 ~ 30W

• High temperature stability

• High quality factor (Q value)

• Surface mount (Tab-less & Tab ) available

• Frequency Tolerance to 1.0%

• High temperature stability

• High Q value

• Cavity filters with various freq

• Cavity duplexers with various freq

• Cavity combiner with various freq

• High temperature stability

• High Q value

• Cavity filters with various freq

• Cavity duplexers with various freq

• Cavity combiner with various freq

• Average Power (80W max)

• Frequency range: 400MHz ~ 7 GHz

• Low insertion loss

• High Rejection

• Replace cavity filter