The DSR-4410 IRD from Motorola brings the latest technology advances from the recognized leader in satellite program delivery. Building on the DigiCipher® II platform, the DSR-4410 IRD is affordable and easy to use. The DSR-4410 is designed to deliver outstanding video and audio performance. This receiver can output either NTSC or PAL video formats, automatically matching the programmer s video format. With a variable front end and bypass capabilities, the DSR-4410 is ideally suited for network conversion from analog to digital. Equipped with DVB ASI input and output, the DSR-4410 is ready to connect to the rest of your head end equipment.

* MPEG-2 Main Level@Main Profile
* DigiCipher® II MegaPipe+ Support
* Variable tuning from 4 MHz to 36 MHz
* Dolby® Digital and MPEG layer II audio processing
* VBI reinsertion SID/AMOL-II, NABTS and closed caption
* Stackable 1RU chassis design
* DigiCipher II conditional access control
* Quick disconnect screw terminals for easy installation
* Bypass video and audio inputs
* DTMF cue tones for local ad insertion
* ASI input and/or output for easy connection to digital cable headend products
* 10/100 BaseT Ethernet port for datacasting and/or SNMP monitoring and control
* Dedicated video diagnostics output

The DSR-4410MD is a powerful digital headend product, capable of simultaneous decryption of up to 64 services. With advanced modulation support, the DSR-4410MD can output a full transport multiplex with both MPEG-2 and/or MPEG-4 services at an information rate of up to 160 Mbps.

The DSR-4410MD comes equipped with industry standard interfaces, such as dual ASI outputs, that enable seamless connection to headend equipment. The DSR-4410MD offers local monitoring of a single service and the ability to step through the authorization and encryption state of each service.

* DigiCipher® II conditional access control
* Concurrent decryption of up to 64 services, each service may include video, multiple audio channels and data
* Stackable 1RU chassis design
* Dual L-Band input ports
* Supports both C-band and Ku-band
* Advanced modulation support for 8PSK Turbo and DVB-S2
* ASI Input
* Dual ASI and Gig-E transport output with selectable rates
* 10/100 Base T Ethernet port for SNMP monitoring and control
* IP datacasting output
* Outputs NTSC video and analog audio for local monitoring
* Form-C relay for fault signaling
* Background software download capabilities

The ARRIS DSR-4440 Integrated Receiver/Decoder brings revolutionary technology advances from a recognized leader in satellite program delivery. The DSR-4440 decodes MPEG-2 or MPEG-4 services and delivers outstanding video and audio performance. Its sleek packaging design fits in a standard 19” relay rack and requires only a single rack unit of space. The DSR-4440 comes equipped with industry standard output interfaces such as Gig-E and dual ASI outputs that enable seamless connections to headend equipment. With advanced modulation support, the DSR-4440 supports both DVB-S QPSK and DVB-S2 QPSK/8PSK.

The ARRIS DSR-4460 brings revolutionary technology advances from a recognized leader in satellite program delivery. This integrated receiver/decoder can decode an MPEG-2 or MPEG-4, HD or SD service, and deliver outstanding video and audio performance via HD/SD-SDI output or analog/composite video output. Its sleek packaging design fits in a standard 19” relay rack and requires only a single rack unit of space. The DSR-4460 comes equipped with industry standard output interfaces such as Gig-E and dual ASI outputs that enable seamless connections to headend equipment. With advanced modulation support, the DSR-4460 supports both DVB-S QPSK and DVB-S2 QPSK/8PSK.

The ARRIS DSR-6000 Integrated Receiver/Decoder brings revolutionary technology advances from a recognized leader in satellite program delivery. Building on the existing 6000 IRD product family, the DSR-6000 is capable of decoding MPEG-2 services and delivering outstanding video and audio performance. Its sleek packaging design fits in a standard 19" relay rack and requires only a single rack unit of space.

The E6000™ Converged Edge Router (CER) continues the highly successful legacy of the C4 CMTS and delivers new levels of density and cost-effectiveness for high-density markets in a simple, robust integrated architecture. Like the C4 CMTS, the E6000 CER provides a high availability, high performance solution with high scalability. All elements of the E6000 CER are redundant, either N+1 or 1+1, and all are hot-swappable which adds up to 99.999% system availability. In addition, the E6000 CER integrated architecture minimizes the effort and time required for initial installation, configuration, and troubleshooting. Release 1.0 provides CMTS functionality with all the benefits derived from years of operational experience from the C4 CMTS. The E6000 CER allows an operator to cost-effectively deploy DOCSIS, PacketCable™, DSG/ADSG, and PacketCable Multimedia (PCMM™) services. Cable operators deploying the E6000 CER will benefit from an unprecedented level of service group and channel density, both upstream and downstream. Cable operators deploying dense (multi-channel) DOCSIS downstream service groups will realize significant savings in terms of head-end real estate (rack space), powering, and cooling requirements by deploying the E6000 CER. The E6000 CER active components can be upgraded via software to stay current with changing service demands without new hardware each time. The E6000 also gives increased flexibility to change service mix allocation without service interruptions and physically re-cabling the headend. In addition, the E6000 CER software is based on that of the C4 CMTS, enabling smooth deployments. Cable operators who deploy IPv6 with the E6000 will benefit from years of operational IPv6 experience gained with the C4 CMTS.

The ARRIS FFT-P series equalizable taps offer improved return path performance for advanced two-way HFC systems while maintaining backward compatibility with previous FFT install base. FFT taps allow for signal conditioning with optional plug-in, field configurable modules that include cable equalizers, return path attenuators, and cable simulators. These plugins allow for drop signal conditioning without affecting the main feederline path.

All FFT taps come equipped with an auto-seize F-connector which improves system reliability by providing increased clamping force and a greater surface/contact area over standard F-connectors.

The Flex Max™ FM321e-LE 1 GHz line extender amplifier is designed to extend existing systems or build out new networks, providing operators with the ability to quickly add high-output capacity with minimal disruption. The FM321e-LE features a host of drop-in module options that operators can use to cost-effectively upgrade legacy 9-LH series housings for integration into 1 GHz architectures, while FM321e-LE units with 110 or 230 VAC powering options are excellent solutions for deployments in high-rise buildings and medium-to-large MDUs.

The ARRIS FFE Forward Feederline Equalizer is designed to compensate for feeder cable slope via 1 GHz pluggable cable equalizers. This 1 GHz FFE product includes the option of adding attenuation to the return path that enables improved signal-to-noise performance and tighter gain variances. The equalizer circuit is contained in the same type of housing as the SSP splitters, directional couplers, and power inserters.

The FFE-100 is readily shipped preconfigured with either 8 dB or 12 dB of forward equalization. Other plug-in equalizer values can be achieved by purchasing any available dB value of the 1 GHz ARRIS STARLINE SFE plug-in equalizer purchased with the FFE-HSG in the appropriate frequency split configuration for the network. The FFE supports frequency splits of 40/52 MHz, 42/54 MHz, 65/85 MHz and 85/104 MHz.

Drop-in RF modules are a cost-effective way for operators to upgrade networks with existing legacy C-COR 2-port housings—such as the FlexNet 700 series, Flex Max™ FM340 series, and Flex Max™ FM330 series line extenders—with minimal network disruption. The FM331-LE 1 GHz Line Extender Amplifier is designed to extend existing systems or build out new networks, providing operators with the ability to quickly add high output capacity with minimal disruption. By integrating the FM331-LE into their design systems, operators can more cost-effectively upgrade 750/870 MHz system bandwidths.

For cable operators looking to ensure maximum backwards compatibility and scalability and protect network investments, ARRIS offers solutions that deliver new services with minimal capital expenditure, enhance network efficiency, and increase subscriber satisfaction. The Flex Max FM601e-T/B/LE 1 GHz trunk, bridger and line extender amplifiers are designed to easily and cost effectively increase bandwidth from 750/870 MHz to 1 GHz in legacy Philips networks. They can be deployed as complete units in new builds or plant extensions, or as drop in upgrades for Philips 9-NH series housings. These amplifiers accept legacy style 750/870 MHz EQs and Pads so that Philips amplifier networks can be efficiently extended or upgraded using common style plug-ins. Several frequency split options for expanding broadband networks are available. The plug-in filter design allows for bench upgradability to any offered frequency split for maximum flexibility. Optional GaN (Gallium Nitrite) technology for higher output capability is also available on the FM601e-B bridger amplifier.

For cable operators looking to ensure maximum backwards compatibility and scalability and protect network investments, ARRIS offers solutions that deliver new services with minimal CAPEX, enhance network efficiency and increase subscriber satisfaction.

The Flex Max™ FM901e-T/B 1 GHz Trunk and Bridger Amplifiers enable cable operators to increase forward capacity for high definition television (HDTV) channels, typically allowing a 40% increase over current program offerings.

Cable operators must have investment-protecting, cost-effective, scalable solutions that leverage existing infrastructure. With ARRIS Fiber to the Premises RFoG solutions, operators can now supply greenfield communities and small to medium businesses with video, voice, and data at DOCSIS® speeds, and quickly “light up” MDUs and rural communities in an economical fashion. ‘All fiber’ connectivity enables cable operators to claim parity with other Fiber to the Home (FTTH) architectures and provides a future migration path to PON without changing the outside plant infrastructure. Triple play services delivered over RFoG work the same as those delivered over coax and make use of existing headend, back office, and customer premise equipment.

The N2U-OA300 series of Erbium-Doped Fiber Amplifiers (EDFAs) is optimized for Passive Optical Networks (PON) and Large Distribution Systems applications. These high-performance, RoHS compliant optical amplifiers provide operators with a low noise figure and optimal output power levels at operating wavelengths ranging between 1544 nm and 1562 nm.

The OA300 series is a 2RU rack-mount NEBS Level 1 certified unit. Powering options include integrated, dual redundant 110/220VAC or integrated, dual redundant -48VDC power supplies. Units with several power levels per port options, and 8 or 16 output ports, are also available. Input and output monitor ports allow operators to test and monitor units while they are still operating. For additional ease of use and space savings, ARRIS offers units with integrated WDMs. These models allow operators to optimize either their PON or RFoG networks using the same 2RU footprint.

The ARRIS MDA-100 Multi-Dwelling Amplifier platform meets the needs of today’s expanding broadband communication networks. Designed for HFC network installations in apartment buildings, condominiums, and other multiple-dwelling housing units, this high-gain, compact indoor distribution amplifier is available with a bandwidth of up to 1003 MHz for improved system performance. To save space, technicians can easily wall-mount the MDA-100 amplifier using the housing’s external mounting brackets.

The OM2000 produces an out-of-band (OOB) data stream to digital set-tops providing a signaling channel, transmission of program guide information, code downloads, infrared codes, application information and the downstream path in an interactive system. Data input is configurable through Ethernet and serial connections. The OM2000 Quadrature Phase Shift Key Modulator (QPSK) modulates data on a 1.5 MHz wide carrier in the 71 to 129 MHz band with transmitted data multiplexed either in the OM2000 or externally. Null packets are used as necessary to perform rate aggregation between its inputs and the 2.048 Mbps output. Forward error correction (FEC) encoding and interleaving protects data integrity.

The OmniStar® GX2, one of the world’s most widely deployed optical platforms, provides superior module density, while continuing the OmniStar legacy of scalability, superior performance and flexibility, and operational simplicity. The four rack-unit chassis accepts up to 16 hot- swappable application modules, minimizing headend space requirements. With superior 1310 nm and 1550 nm full spectrum multiwavelength solutions, the OmniStar GX2 enables operators the ability to offer advanced, revenue-generating voice, video, and data services. The universal platform and full complement of application modules can accommodate a full spectrum, overlay, RFoG, and other variety of system architectures.

The ARRIS Opti Max™ OM2741 provides cable operators with a compact, fiber deep solution to manage network growth. The node features integrated segmentation switches that allow future segmentation without any additional parts or expense. The technician can enable new segments by simply adding a transmitter or receiver as required, then flipping a switch to activate the new configuration. By reducing the requirement for additional configuration boards and minimizing maintenance time, the OM2741 provides a lower total cost of ownership for the MSO.

With its premium high-gain receiver and advanced, next-generation GaN hybrid technology, the OM2741 is appropriate for a variety of architectures. The node accepts modules and accessories common with the 4x4 fully segmentable OM4100, easing sparing requirements, reducing inventory, and simplifying deployment training.

The ARRIS Opti Max™ OM3100 1 GHz 2x2 segmentable node enables cable operators to increase forward capacity for HDTV, Video on Demand (VOD), VoIP, Internet, and other service offerings. 2x2 segmentation in both the forward and return path provides the ability to reduce a service group size by 50% for increased capacity and more targeted services when needed, without having to run new trunk fiber or install additional nodes. Thoughtfully designed drop in lid upgrades* enable service group segmentation by converting amplifiers or older nodes to 1 GHz nodes. The OM3100 accepts legacy PADs and Equalizers to minimize stocking requirements. Optional Digital Return transmitters utilizes pluggable SFPs in 1310, 1550, CWDM and DWDM wavelengths to provide easier truck stocking.

Cable operators are looking for new subscriber revenue and higher average revenue per subscriber without major CAPEX. ARRIS offers a suite of products and solutions that help operators seamlessly and easily stay in line with future goals, add new services, and strongly position against the competition.

Cable operators need optimal performance in their network architectures to support expanded service offerings such as HDTV, Video on Demand (VOD), VoIP, and high speed data/internet. The ARRIS Opti Max™ OM4100, a 4 output segmentable node, uses industry leading technology and design to facilitate full 4x4 segmentation in a modular, pay-as-you grow platform for optical to RF (RF to optical in the upstream) signal conversion.

Full 4x4 segmentation capability in the downstream and upstream path provides the ability to reduce service group sizes by up to 75% for increased capacity and more targeted services, without having to run new trunk fiber or install additional nodes. The OM4100’s optional premium high gain receiver with on-board automatic gain control (AGC), coupled with GaN technology, operates at a lower optical input level, allowing operators to place nodes deeper into the network for expanded footprint.

The ARRIS AgileMax® is an exciting new breakthrough in RF-over-Glass (RFoG) FTTH network technology. Replacing the optical splitters commonly found in traditional RFoG architectures, next-generation AgileMax optical distribution technology allows operators to completely eliminate Optical Beat Interference (OBI) from their networks—even in networks with multiple, active upstream lasers. By eliminating OBI, operators can significantly expand their networks’ upstream and downstream capacity and data speed without changing back office infrastructure. As a result, AgileMax deployments overcome the cost, scalability, and capacity restrictions that limit RFoG performance, while greatly reducing operational complexity in these networks.

The APEX1000, our next-generation all-purpose edge QAM, provides flexibility, high-availability, high-QAM density, MediaCipher® encryption, and low power in an extremely cost-effective 1 RU platform. Up to three removable and hot-swappable QAM modules can be installed in the chassis. Each module provides two RF ports; each port supports up to eight QAM channels. All of the 48 available QAM channels can be used for video on demand (VOD), switched digital video (SDV), broadcast services or DOCSIS high-speed data (through support for the M-CMTS architecture).

The APEX3000 is an ultra-dense, fully redundant, state-of-the-art chassis-based edge QAM platform. Its ability to save power and provide excellent RF performance for QAM delivery is ideal for linear broadcast applications as well as narrowcast applications such as VOD, Cloud DVR, SDV and M-CMTS. The APEX3000 provides operators a unique platform to converge QAM services on a single EQAM platform today, while also providing a migration path to support the network’s future needs.

The AGB240 ASI to Gigabit Ethernet (GigE) Bridge enables service providers to cost-effectively migrate legacy ASI video equipment to IP networks in headend environments. AGB240 delivers highly reliable bridging of traffic from ASI video service outputs in legacy equipment, such as satellite receivers (IRDs), encoders and Cherrypickers®, to a common GigE IP backbone or transport network. This simple, stand-alone solution also provides significant power savings to service providers by using 90 percent less power than alternative solutions.

The ARRIS BTTF*-*P 1 GHz power extracting taps are capable of delivering video, telephony, and data over the broadband hybrid fiber coax system. These taps have all of the same features and performance as our standard N-series taps, including 12 ampere power passing and surge resiliency, but with the additional feature of power extracting for cable Wi-Fi® applications.

The BTTF*-*P taps extract power from the cable feeder and deliver it to the Cable Wi-Fi Access Point via the F-Port. RF signals are distributed through the F-ports to the coaxial drop, as well.

Cable operators require quality and reliability to compete in today’s voice and data arena. The ARRIS C4 CMTS enables operators to offer world-class performance for advanced, carrier-grade voice, high-speed data, and IPTV services. Highly-reliable C4 solutions reduce CAPEX with a highly economical cost-per-port and low operational cost. The C4 CMTS reduces OPEX and improves ROI with a compact footprint, low power consumption, and minimal cooling requirements which allow the unit to be placed in existing headends and hubs without build out or additional infrastructure, extending headend life and maximizing capital investment. Designed with flexibility in mind, the C4 CMTS active components can be upgraded via software to stay current with changing service demands. The C4 CMTS provides operators tremendous flexibility of configuration and ease of operation while providing best-in-class reliability. Because the C4 CMTS offers full DOCSIS 3.0 upstream and downstream services including channel bonding, operators can configure and deliver high-speed and new convergent services efficiently, bringing increased revenue per customer and improved market responsiveness. The C4 CMTS positions operators to operate more profitably and compete more effectively by satisfying subscriber and corporate demand for new services, higher speeds, and superior service quality.

With the ARRIS C4c compact-chassis CMTS, operators cost-effectively deploy full-featured DOCSIS 3.0-based services into space-constrained head-ends and small -to -medium-size systems. The C4c CMTS is also an ideal choice for MSOs rolling out services incrementally, where the capacity and cost of a full-scale CMTS is not required. For rapid deployment, scalability, and flexible management of DOCSIS 3.0 functions, no competitor’s compact-chassis CMTS can match the C4c CMTS. C4c solutions scale robustly to 10,000 subscriber devices and efficiently support a wide variety of popular and emerging voice and data services. Operators can quickly and profitably respond to subscriber and corporate demand for DOCSIS 3.0 value-added services, IPTV, emerging convergent services, and higher data speeds services that command premium prices and satisfy top-tier customers. Based upon industry-leading ARRIS engineering, the C4c CMTS delivers high port densities, low power consumption, and a small footprint. C4c solutions reduce CAPEX and OPEX through extended head-end life, reduced power and cooling requirements, improved network performance, enhanced reliability, and expanded capacity. The C4c CMTS uses the same software and RF and routing blades of the industry-leading ARRIS C4 CMTS and offers the same superb manageability, capability, and customer-pleasing quality of service.

The ARRIS CherryPicker® Application Platform (CAP) is an advanced, IP-centric architecture designed to provide the power, scalability, and reliability required to build high-density digital video solutions for service providers. CAP reflects more than 10 years of innovation and field-proven performance in ARRIS Emmy-award winning CherryPicker product lines while embodying leading-edge technology that will provide a high-performance host for mission-critical applications into the future.

The DM 6400 is a medium-density solution for digital video processing systems, delivering unparalleled quality and reliability for networking, distributing and processing both standard definition (SD) and high definition (HD) services. It offers a wide array of digital video applications including grooming of custom channel lineups, rate shaping and statistical remultiplexing, and localized digital ad insertion.

CHP Max5000® Headend chassis applications converge HFC and digital transport onto a single scalable system, allowing operators to accelerate deployment of VOD, high-speed data, telephony, and other advanced services in a space-saving footprint. The CHP Max5000 offers 13 module slots in a 2RU chassis: 10 module slots for application modules, 2 for isolated redundant power supplies, and 1 for a local or remote management module. A high-speed shelf interconnect option with a 100 BaseT Ethernet connection provides operators with daisy chaining capability for multiple chassis, while front or rear fiber connection options provide them with installation and maintenance flexibility. By utilizing CHP Max5000 Headend chassis applications, operators can seamlessly and easily stay in line with future goals, add new services, and strongly position their services against the competition.