1. Excellent quality component, professional circuit design and low loss
2. Excellent quality chip, professional program design and compatible with more types of satellite receiver
3. Zinc die-cast housing, nickel-plated
4. DiSEqC2.0. Supports bi-directional DiSEqC full control functions
5. Work normally outdoors under unsheltered circumstance, exquisite plastic case shell attached
6. Select one of four satellite signals through DiSEqC commands supplied from satellite receiver
7. Utilize one coaxial cable to transmit control instruction and satellite signal simultaneously
8. Support DiSEqC “standby” command
9. Switching Signal: DiSEqC 1.0, 2.0
10. Connectors: “F” type female

1. Excellent quality component, professional circuit design and low loss
2. Excellent quality chip, professional program design and compatible with more types of satellite receiver
3. Zinc die-cast housing, nickel-plated
4. DiSEqC2.0. Supports bi-directional DiSEqC full control functions
5. Work normally outdoors under unsheltered circumstance, exquisite plastic case shell attached
6. Select one of four satellite signals through DiSEqC commands supplied from satellite receiver
7. Utilize one coaxial cable to transmit control instruction and satellite signal simultaneously
8. Support DiSEqC “standby” command
9. Switching Signal: DiSEqC 1.0, 2.0
10. Connectors: “F” type female

1. Excellent quality component, professional circuit design and low loss
2. Excellent quality chip, professional program design and compatible with more types of satellite receiver
3. Zinc die-cast housing, nickel-plated
4. DiSEqC2.0. Supports bi-directional DiSEqC full control functions
5. Work normally outdoors under unsheltered circumstance, exquisite plastic case shell attached
6. Select one of four satellite signals through DiSEqC commands supplied from satellite receiver
7. Utilize one coaxial cable to transmit control instruction and satellite signal simultaneously
8. Support DiSEqC “standby” command
9. Switching Signal: DiSEqC 1.0, 2.0
10. Connectors: “F” type female

1. Excellent quality component, professional circuit design and low loss
2. Excellent quality chip, professional program design and compatible with more types of satellite receiver
3. Zinc die-cast housing, nickel-plated
4. DiSEqC2.0. Supports bi-directional DiSEqC full control functions
5. Work normally outdoors under unsheltered circumstance, exquisite plastic case shell attached
6. Select one of four satellite signals through DiSEqC commands supplied from satellite receiver
7. Utilize one coaxial cable to transmit control instruction and satellite signal simultaneously
8. Support DiSEqC “standby” command
9. Switching Signal: DiSEqC 1.0, 2.0
10. Connectors: “F” type female

1. Excellent quality component, professional circuit design and low loss
2. Excellent quality chip, professional program design and compatible with more types of satellite receiver
3. Zinc die-cast housing, nickel-plated
4. DiSEqC2.0. Supports bi-directional DiSEqC full control functions
5. Work normally outdoors under unsheltered circumstance, exquisite plastic case shell attached
6. Select one of four satellite signals through DiSEqC commands supplied from satellite receiver
7. Utilize one coaxial cable to transmit control instruction and satellite signal simultaneously
8. Support DiSEqC “standby” command
9. Switching Signal: DiSEqC 1.0, 2.0
10. Connectors: “F” type female