Description
The 3306-8P 8 Way MOCA Amplifier is designed to support critical applications such as telephony that require high reliability networks to provide uninterrupted service at all times. The 3306-8P 8 Way MOCA Amplifier has a 2 way splitter incorporated on the RF input prior to the diplex filter which provides an additional port on the housing for the cable modem or eMTA connection that bypasses the amplifier circuit. This feature enables critical applications to not be affected by power outages or amplifier failures. PCT amplifiers feature a lightweight powder coated and weather sealed housing for superior corrosion protection. PCT amplifiers have precision machined F ports (conforms to SCTE standards) that have beryllium copper seizure mechanisms to provide optimal distribution and amplification of your RF signals.
Features
◆ 8 output, 1 GHz RF MoCA amplifier with unity gain + 1 modem output (-5 dB)
◆ 0 dB per output
◆ Unity gain, designed for broadband installations (passive return drop amps are recommended for antenna installations)
◆ Special design for networks with 85/102 MHz mid-split - not compatible with most cable networks using the standard 42/54 MHz split
◆ Bypass feature provides uninterrupted service at all times
◆ Auto termination upon power outage
◆ Lowest distortions performance available
◆ IEEE 6 kV, B3 surge withstand on all F ports
◆ Beryllium copper patented DSM® seizure technology
◆ Sealed F ports conforms to SCTE standards
◆ SMPS512UTRH Power adapter included
Specification
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Place of Origin: Guangdong, China |
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Model Number: GDMOCA-010 (3306-8P) |
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DESCRIPTION: 8-WAY CATV DROP AMPLIFIER WITH PASSIVE RETURN |
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ITEM |
TYPICAL |
Q.C.LIMIT |
TEST CONDITIONS |
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Forward Path: |
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Freq. Range |
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54 ~ 1218MHz |
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Gain (RF in to out) |
0.5dB |
0dB min |
54 ~ 1002 MHz |
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-7.5dB |
-8.0dB min |
1003 ~ 1218 MHz |
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Voip port insertion loss |
-4.8dB |
-5.5dB max |
54 ~ 1002 MHz |
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-7.5dB |
-8.0dB max |
1003 ~ 1218 MHz |
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Return Loss (in/out) |
-16 dB |
-15dB Min. |
54 ~ 1218 MHz |
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Noise Figure (54 ~ 1002 MHz) |
5 dB typical device NF (not including splitter circuitry) |
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Group Delay |
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30 ns Max. |
For 102MHz (3.58MHz Span) |
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15 ns Max. |
For 108MHz (3.58MHz Span) |
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5 ns Max. |
For 112MHz&up (3.58MHz Span) |
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Out to out isolation |
-25dB |
-20dB min |
54 ~ 1218MHz |
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RF shielding effectiveness |
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≤-110 dB |
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RF port to power port isolation |
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100dBc |
54 ~ 1218MHz |
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MOCA Path: |
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Freq. Range |
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1275-1675MHz |
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Insertion loss (voip to any output) |
-25 dB |
-28dBmax |
1275-1300MHz |
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-23 dB |
-25dBmax |
1301-1675MHz |
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Isolation (any output to output) |
-28dB |
-30dBmax |
1275-1675MHz |
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Return loss (voip/any output port) |
-10 dB |
-5dB Min. |
1275-1675MHz |
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Return Path: |
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Freq. Range |
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5 ~ 85MHz |
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Gain |
-15dB |
-16dB min |
5 ~ 85 MHz |
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Return Loss (IN/OUT) |
-20 dB |
-18 dB Min. |
5 ~ 85 MHz |
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Voip insertion loss |
-3.5 dB |
-3.8 dB Max. |
5 ~ 85 MHz |
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Flatness |
±0.5 dB |
1.5dB Max. |
5 ~ 85 MHz |
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Out to out isolation |
-25dB |
-20dB Min |
5 ~ 85MHz |
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Group Delay |
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20 ns Max. |
5 ~ 85 MHz Over A 1MHz Span |
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5 ns Max. |
10 ~ 80 MHz Over A 1MHz Span |
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Distortion: |
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Composite Second Order* |
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-62 dBc Max. |
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Composite Triple Beat* |
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-75 dBc Max. |
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Cross Modulation* |
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-75 dBc Max. |
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Hum Modulation |
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-90dBc Max. |
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REV : *79 NTSC analog+33 256/QAM digital @4dBmv/ch all/channels flat |
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Surge Withstand Capability: |
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CAT B3, 6KV, 3KA |
Input port-IEEE C62.41-1991 Category B-3 Combo wave, 6kV, 3kA |
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Output port-IEEE C62.41-1991 |
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Category B-3 Combo wave, 6kV, 3kA |
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Power Requirements: |
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Input |
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120 VAC |
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Frequency |
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60 Hz |
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Output |
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12V DC, 400mA |
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Operating Temperature: |
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-40℃ to + 60℃ |
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MECHANICAL |
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Mounting |
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Horizontal/Vertical |
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Dimensions |
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W:179mm x D:71mm x H:43mm |
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Ground Block Count |
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1 - Bi-Directional |
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Housing & Cover Material |
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A360 Aluminum Alloy |
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Finish / Plating Type |
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Powdercoating |
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Sealing |
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Gasket 1-moisture 1 EMI/RFI |
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F port Material |
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C360 Brass |
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F port Plating |
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Nickel |
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F port Spacing |
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1.0" min. |
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F port Torque |
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60 in. lbs. min |
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F port Pin Retention (RG-6 Center Pin) |
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200 grams min. |
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Goodmind Electronics (Shenzhen) Co., Ltd. was established in 1992 with a registered capital of 18 million U.S. dollars. Its own factory is located in Shenzhen and has more than 1000 employees. It is a high-tech enterprise integrating R&D, production, sales and service , The company specializes in Antenna / Network Communication / Bluetooth / AV Accessories / Smart Home / Car Accessories professional manufacturing company. The factory is vertically integrated. The factory has plastic processing, metal stamping, zinc die casting, SMT , DIP and Assembly center. The company has strong financial strength, professional R&D team, excellented manufacturing equipment and lean manufacturing, and is dedicated to creating high-quality products for customers.
An 8-way MoCA (Multimedia over Coax Alliance) amplifier is a device used in MoCA-based networks to amplify and distribute MoCA signals over coaxial cable lines. MoCA technology allows for the transmission of high-speed data, such as internet or multimedia content, over existing coaxial cable infrastructure commonly found in homes or buildings.
What is a MoCA amplifier?
A MoCA amplifier is a device used in MoCA networks to boost and distribute MoCA signals over coaxial cable lines. It amplifies the signals to ensure optimal performance and reliability throughout the network.
What is MoCA technology?
MoCA (Multimedia over Coax Alliance) is a networking technology that enables the transmission of high-speed data, such as internet, video, and other multimedia content, over existing coaxial cable infrastructure within a home or building.
How is an 8-way MoCA amplifier installed?
Installation involves connecting the input port of the MoCA amplifier to the MoCA signal source, such as a MoCA-enabled router or modem. The amplified MoCA signals are then distributed to various locations or devices using the output ports of the amplifier.
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FAQ
Q: What is the purpose of an 8-way MoCA amplifier?
A: The primary purpose of an 8-way MoCA amplifier is to amplify and distribute MoCA signals to multiple locations or devices within a MoCA network. It ensures that the MoCA signals maintain their strength and quality throughout the network.
Q: How many output ports does an 8-way MoCA amplifier have?
A: As the name suggests, an 8-way MoCA amplifier typically has eight output ports, allowing it to distribute amplified MoCA signals to up to eight separate locations or devices within the network.
Q: How is an 8-way MoCA amplifier installed?
A: Installation involves connecting the input port of the MoCA amplifier to the MoCA signal source, such as a MoCA-enabled router or modem. The amplified MoCA signals are then distributed to various locations or devices using the output ports of the amplifier.
Q: Can an 8-way MoCA amplifier be used in conjunction with other MoCA devices?
A: Yes, an 8-way MoCA amplifier can be used in conjunction with other MoCA devices, such as MoCA-enabled routers, modems, or MoCA adapters, to create a robust and high-speed MoCA network.
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