The PepWave MAX HD4, a bonded cellular broadcast solution, is ready to facilitate your streaming broadcasts. With a compact form factor, simultaneous dual-band 11ac Wi-Fi, and up to two embedded cellular modems, the PepWave MAX HD4 is ready to deliver fast, reliable Wi-Fi hotspots. Learn more about our other streaming broadcast equipment and packages here. The MAX HD4 delivers outstanding performance from all your connections with the help of SpeedFusion bandwidth bonding and intelligent load balancing.
Managing Bandwidth and Video Quality With Bonded Cellular Equipment
A major benefit of the bonded cellular, PepWave Max Transit technology is that it can be used to achieve the required amount of bandwidth needed, and sometime even reduce bitrates. Using cellular equipment, broadcasters can add and combine the different capacities of multiple, unmanaged IP links. The beautiful thing about bonded cellular is if a broadcaster only gets 300 or 500 Kb/s per modem, aggregated over eight modems that is two, three, and four Mb/s. Broadcasters can often get up to 15 Mb/s back to master control with as little as sub-second latency.
PepWave Max Transit, bonded cellular can be added to a remote production vehicle to provide broadcasters with a diverse range of distribution paths. In fact, some of today’s advanced contribution solutions today can be used to deliver live and recorded video over a variety of bonded unmanaged IP networks, such as cellular, Wi-Fi, satellite or public internet.
Quad Embedded Cellular and Redundant SIM Slots Quad Cellular Modems and Redundant SIM slots allow you to use up to four different cellular providers for bandwidth bonding, data overage protection or eliminating blind spots.
SpeedFusion Bandwidth Bonding and Seamless Failover SpeedFusion bandwidth bonding technology bonds all connected bandwidth into a single superfast stream, using the same or different cellular providers.
Certified Toughness In addition to rugged metal enclosure, the MAX HD4 has certifications on: Shock and vibration resistance (EN 61373:1999, IEC 61373:1999)Railway applications (EN 50155) Electromagnetic Compatibility (EN 61000)
Install it Anywhere
With DIN rail mounts and mounting ears that can be installed from many angles, the MAX Transit is ready to fit into just about any space you have available.
Certified Toughness
In addition to rugged metal enclosure, the MAX Transit has certifications on:
Shock and vibration resistance (EN 61373:2010)
Railway Applications (EN 50155)
Electromagnetic Compatibility (EN 61000)
Router Features:
Internet Connections Supported: 2 Embedded LTE, 1 Wired WAN, WiFi as WAN*
WiFi Range: 250-300′ through walls, much greater unobstructed (variable depending on interference from other electronics and physical interference such as walls and ceilings)
Ethernet ports:1 GbE LAN + 1 GbE WAN
Power Supply: AC Adapter included
Size: 7.3″ x 3.8″ x 1.3″
*Compatibility with all WiFi networks cannot be guaranteed. Networks requiring authentication on a “splash page” (e.g. Starbucks WiFi) in particular can be hit or miss. Also note that certain features available for other WAN connections may not be available via WAW, such as MAC Address Clone or IP Passthrough – refer to the full product manual if you plan to use WAW for more advanced routing.
PepWave MAX HD4
Call for Price - Day Rate
The PepWave MAX HD4, a bonded cellular broadcast solution, is ready to facilitate your streaming broadcasts. With a compact form factor, simultaneous dual-band 11ac Wi-Fi, and up to two embedded cellular modems, the PepWave MAX HD4 is ready to deliver fast, reliable Wi-Fi hotspots. Learn more about our other streaming broadcast equipment and packages here. The MAX HD4 delivers outstanding performance from all your connections with the help of SpeedFusion bandwidth bonding and intelligent load balancing.
Managing Bandwidth and Video Quality With Bonded Cellular Equipment
A major benefit of the bonded cellular, PepWave Max Transit technology is that it can be used to achieve the required amount of bandwidth needed, and sometime even reduce bitrates. Using cellular equipment, broadcasters can add and combine the different capacities of multiple, unmanaged IP links. The beautiful thing about bonded cellular is if a broadcaster only gets 300 or 500 Kb/s per modem, aggregated over eight modems that is two, three, and four Mb/s. Broadcasters can often get up to 15 Mb/s back to master control with as little as sub-second latency.
PepWave Max Transit, bonded cellular can be added to a remote production vehicle to provide broadcasters with a diverse range of distribution paths. In fact, some of today’s advanced contribution solutions today can be used to deliver live and recorded video over a variety of bonded unmanaged IP networks, such as cellular, Wi-Fi, satellite or public internet.
Quad Embedded Cellular and Redundant SIM Slots Quad Cellular Modems and Redundant SIM slots allow you to use up to four different cellular providers for bandwidth bonding, data overage protection or eliminating blind spots.
SpeedFusion Bandwidth Bonding and Seamless Failover SpeedFusion bandwidth bonding technology bonds all connected bandwidth into a single superfast stream, using the same or different cellular providers.
Certified Toughness In addition to rugged metal enclosure, the MAX HD4 has certifications on: Shock and vibration resistance (EN 61373:1999, IEC 61373:1999)Railway applications (EN 50155) Electromagnetic Compatibility (EN 61000)
Specifications
Install it Anywhere
With DIN rail mounts and mounting ears that can be installed from many angles, the MAX Transit is ready to fit into just about any space you have available.
Certified Toughness
In addition to rugged metal enclosure, the MAX Transit has certifications on:
Shock and vibration resistance (EN 61373:2010)
Railway Applications (EN 50155)
Electromagnetic Compatibility (EN 61000)
*Compatibility with all WiFi networks cannot be guaranteed. Networks requiring authentication on a “splash page” (e.g. Starbucks WiFi) in particular can be hit or miss. Also note that certain features available for other WAN connections may not be available via WAW, such as MAC Address Clone or IP Passthrough – refer to the full product manual if you plan to use WAW for more advanced routing.
Learn more about bonded cellular streaming here.
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