Search Results for minimum passive mode ports

Manual Mode: Output rate equal to ping rate Maximum Depth Reading : 200 m (656'), limited in manual mode Minimum Depth Reading : 0.4 m (15.75"), limited in manual mode

High Power Mode (AISG P2) 3 W Protocol 3GPP/AISG 2.0 Tilt Change Duration Less than 15 seconds, typical (may vary dependent on antenna type and outdoor temperature) Precision ±0.5° Tilt Change Capability 50,000 minimum RET Interface MDCU One pair of AISG Male and Female (type IEC60130-9) MDDU Two male AISG 8 pin connectors (type IEC60130-9 Ed ...

With Echo-envelope Developer option. Exclusive to OEMs. Available for purchase only through Airmar USA. Airmar’s Smart ™ sensors feature embedded microelectronics that process depth and temperature inside the sensor that can be instantly displayed on any device that accepts NMEA data. EchoRange technology transfers NMEA 0183 data in real time to a computer via the RS422 standard.

Amphenol’s innovative new SF-NJYRA60003-003M series 3m/9.8’ length QSFP-DD “Y” Splitter Cable Assembly offers IT professionals the ultimate degree of installation flexibility in high-throughput (up to 400-Gigabits-per-second) Ethernet backbone connections, where it passively splits a single 200G/400G NRZ/PAM4 QSFP-DD (Double Density) 200-Gigabit Ethernet / 400-Gigabit Ethernet port ...

With a minimum board spacing of 12.6 mm, the three-piece design allows maximum flexibility for high-density board spacing, and is an ideal solution for blindmate situations. ... Passive Intermodulation (PIM) -160 dBc with 2 X 43 dBm inputs: Power Handling: 200 W @ 2.2 GHz @ 85ºC: Environmental. Items; Temperature Range: −65°C to +165°C:

Amphenol 1m (3.3') QSFP28 (100G QSFP) 100GBASE-CR4 802.3bj qualified passive copper cables provide next generation performance by combining four SFP channels operating at speeds up to 28.0 Gbps (SFP28) into one affordable high-density package (QSFP28) capable of combined speeds in excess of 100-Gigabits per second. Our QSFP28 cables integrate a new 100G Ethernet-optimized (100GbE) 38-position ...

16-Port Antenna 698-960 698-960 1427-2690 1427-2690 1427-2690 1427-2690 1427-2690 1427-2690 MHz 5 Rea 5 7 mm 5780400 5780400 5780400D x ... Passive Intermodulation 3rd Order for 2 x 20W Carriers dBc < -153 Front-to-Back Ratio, Total Power, ±30° dB > 24.0 > 23.8 > 24.3 > 25.4

16-Port Antenna 698-960 698-960 1427-2690 1427-2690 1427-2690 1427-2690 1427-2690 1427-2690 MHz 5 Rea 5 7 mm 5780400 5780400 5780400D x ... Passive Intermodulation 3rd Order for 2 x 20W Carriers dBc < -153 Front-to-Back Ratio, Total Power, ±30° dB > 24.0 > 23.8 > 24.3 > 25.4

Passive Latch) Bend cable 90° at minimum bend radius. Pull in 4 axis directions for round cable. Pull in 2 axis directions for flat cable. No damage to plug/ cable assembly. Mated 25 N maximum Wrenching strength (W/ mated Cable- Active Latch) Bend cable 90° at minimum bend radius. Pull in 4 axis directions for round cable. Pull

Amphenol 3m (9.8') QSFP28 (100G QSFP) 100GBASE-CR4 802.3bj qualified passive copper cables provide next generation performance by combining four SFP channels operating at speeds up to 28.0 Gbps (SFP28) into one affordable high-density package (QSFP28) capable of combined speeds in excess of 100-Gigabits per second. Our QSFP28 cables integrate a new 100G Ethernet-optimized (100GbE) 38-position ...

Maximum Effective Power Per Port Watts 250 W Port-to-Port Isolation dB > 25 Standard values based on NGMN-P-BASTA version 10.0 recommendation. ELECTRICAL SPECIFICATIONS Ultra Low Band R2 Frequency Range MHz 698-960 MHz 698-806 790-862 824-894 880-960 Polarization --- ±45° Gain Over all Tilts dBi 15.0 ± 0.5 16.0 ± 0.4 16.3 ± 0.6 16.6 ± 0.5

Infinity Premise Passive Data Port Amplifiers are Patent Pending. Model Shown Model Shown IPA1004DL-VF IPA1008DL-VF IPA1111DL-VF IPA1004DL-VF IPA1008DL-VF Forward One Port Four Port Eight Port Frequency Range Frequency Response Gain 11 + 0.5dB 0 + 0.5dB 0 + 0.5dB Slope < 1.5dB Output Impedance Return Loss

Maximum Effective Power Per Port Watts 250 Inter/Intra Band Isolation dB > 25 Standard values based on NGMN-P-BASTA version 9.6 recommendation. 8-Port Antenna 698-960 | 698-960 | 1695-2690 | 1695-2690 MHz 5963300 5963300G 5963300Dx 4-Band, 8-Port, 65°, XPOL, Panel Antenna, Variable Tilt, 1915 mm 65° 1915 mm

High Power Mode (AISG P2) 3 W Protocol 3GPP/AISG 2.0 Tilt Change Duration Less than 15 seconds, typical (may vary dependent on antenna type and outdoor temperature) Precision ±0.5° Tilt Change Capability 50,000 minimum RET Interface MDCU One pair of AISG Male and Female (type IEC60130-9) MDDU Two male AISG 8 pin connectors (type IEC60130-9 Ed ...

MoCA Gateway Passive IPGH3M4-VF MoCA Unit Series IPGH3M4-VF Features & Benefits: • MoCA Gateway Network Compatible. • 5-1002 MHz between IN to Hybrid1, 2 and 3 Ports. • 1125 -1675 MHz between Hybrid1, 2, 3 and MoCA1, 2, 3 and 4 Ports. • Low Port - to - Port Isolation between Hybrid1, 2, 3 and MoCA1, 2, 3 and 4 Ports.

Fiber Compact Hubs, 32 Ports (CFIT-Flex FCH 32) Fiber Interconnect Terminal Hubs (CFIT-H) CFITH-144 Compact Fiber Hub; 288/432/576/864 Optical Hub Cabinets (OHC) Optical Broadband Cabinet (OBC) Fiber Distribution Hub Enclosures – Indoor. Fiber Building Terminal Hubs (CFBT-H)

Amphenol 1m (3.3') OSFP (400G OSFP Octal Small Form Factor Pluggable) 400GBASE-CR8 802.3by/802.3bs qualified passive copper cables provide next generation performance by combining eight SFP28/SFP56 channels, each operating at speeds of up to 50.0 Gbps (50G PAM4 & 25G NRZ), into one affordable OSFP package; capable of combined speeds in excess of 400-Gigabits per second.

MoCA Gateway Passive IPGH3M4-VF MoCA Unit Series Features & Benefits: • MoCA Gateway Network Compatible. • 5-1002 MHz between IN to Hybrid1, 2 and 3 Ports. • 1125 -1675 MHz between Hybrid1, 2, 3 and MoCA1, 2, 3 and 4 Ports. • Low Port - to - Port Isolation between Hybrid1, 2, 3 and MoCA1, 2, 3 and 4 Ports.

all moving parts through passive cooling, and interface through sealed MIL-D-38999 circular connectors. Leveraging best-in-class switching technology, the RESMLAC-12EMG-F35 serves as a ... Serial wiring To manage the switch via the WEB interface you can use all tweve ports. You can access the CLI mode via port MNG through serial link. The ...

With 20 km (12 miles) as a typical distance limit for a passive optical network (PON), in rural applications ROLTs are a common way of reaching distant customers. Dense wavelength division multiplexing (DWDM) provides a versatile, cost-effective platform for connecting the ROLT to the optical transport network while maximizing fiber capacity.