Application Delivery Controllers
Application Delivery That's Simple Yet Scalable & Powerful Yet Cost-Effective
Array APV Series application delivery controllers provide the availability, scalability, performance, security and control essential to keeping applications and servers running in their power band.
Integrated local and global server load balancing, as well as link load balancing, ensure the highest levels of resiliency for your applications, while connection multiplexing, SSL offload, caching and compression work together to deliver the fastest end-user experience possible. What’s more, by terminating connections on APV Series ADCs, applications are protected behind Array’s WebWall® application security suite.
Available as physical or virtual appliances, Array ADCs are designed to meet technical requirements while remaining simple enough for any size IT team and affordable enough for any size business.
Physical & Virtual Appliances
vAPV
Virtual Application Delivery Controller
The vAPV virtual application delivery controller runs on virtualized servers and industry-standard hypervisors to flexibly enable on-demand, full-featured load balancing and app delivery whenever and wherever it is needed.
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APV1600 v5
Application Delivery Controller
The APV1600 v5 is a 1RU single-power appliance with 3.5Gbps throughput that supports all APV Series load balancing and app delivery features and provides a cost-effective yet powerful solution for medium size businesses and small enterprises.
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APV2600 v5
Application Delivery Controller
The APV2600 v5 is a 1RU single or dual-power appliance with 20Gbps throughput that supports all APV Series load balancing and app delivery features and provides the performance and scalability required to support small to medium size enterprise or service provider workloads.
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APV3600 v5
Application Delivery Controller
The APV3600 v5 is a 1RU dual-power appliance with 35Gbps throughput that supports all APV Series load balancing and app delivery features and supports 35K 2048-bit SSL TPS for clouds and data centers with a requirement for high-volume secure transaction processing.
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APV6600FIPS
Application Delivery Controller
The APV6600FIPS is a 2RU dual-power appliance with 35Gbps throughput that supports all APV Series load balancing and app delivery features and supports both HW SSL and HW compression for large application workloads where performance is the priority. APV6600FIPS is FIPS 140-2 Level 2 compliant.
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APV7600
Application Delivery Controller
The APV7600 is a 2RU dual-power appliance with 80Gbps throughput that supports all APV Series load balancing and app delivery features and support both HW SSL and HW compression for large application workloads where performance is the priority.
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APV11600
Application Delivery Controller
The APV11600 is a 2RU dual-power appliance with 140Gbps throughput that supports all APV Series load balancing and app delivery features and supports HW SSL, HW compression and up to 70K 2048-bit SSL TPS for large application workloads in demanding service provider or enterprise environments.
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Availability, Performance & Security
APV Series physical and virtual appliances are deployed in front of Web and application servers to distribute traffic, scale server pools, maintain persistence and accelerate applications. In addition, Array ADCs act as both a strategic point of control and a first line of defense for business-critical applications and services.
Array application delivery controllers are ideal for ensuring availability, performance and security for internal users on private networks, as well as end-users accessing Web-based applications and cloud services over the Internet.
Each Array ADC shares an all-inclusive feature set for simple, cost-effective ordering, and is available with your choice of software or hardware SSL acceleration.
What Clients Say
We selected Array’s APV Series application delivery controllers because they enhance our software offering and allow our customers to increase productivity without sacrificing patient care or security.
Matthew Lewis
Director of IT, eClinicalWorks