Load Balancers

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 and advanced DDoS protection with machine learning.

Available as physical or virtual appliances, or on popular public clouds, Array ADCs are designed to meet technical requirements while remaining simple enough for any size IT team and affordable enough for any size business.

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.

Array APV Series Load Balancers

Enterprise Applications

Array load balancers provide high availability for a broad range of enterprise applications including Microsoft Exchange, SharePoint and Lync, Oracle PeopleSoft and WebLogic, VMware View, SAP NetWeaver, eClinicalWorks and many more. Array APV Series appliances are also ideal for Intranet applications as well as homegrown enterprise applications and services.

Software-as-a-Service

Array load balancers are simple, yet powerful and scalable, yet cost-effective, making them the perfect choice for supporting secure software-as-a-service (SaaS) cloud offerings. For businesses with a laser focus on scaling a single external-facing cloud application, Array’s offers distinct advantages for Layer-7 traffic management and SSL price-performance.

Infrastructure-as-a-Service

Flexible physical, virtual and virtualized platform options, integration with homegrown and 3rd party cloud orchestration – including OpenStack, VMware and Microsoft – and support for subscription and pay-as-you-go licensing make Array application delivery a natural fit for infrastructure-as-a-service (IaaS) providers looking to offer load balancing as a cloud service.

SSL Offloading

Whether you need to offload SSL from servers to ensure the performance and scalability of business-critical applications and services, or offload SSL from virtual ADCs, or provide a scalable means to intercept and inspect encrypted traffic, Array provides the highest-performance, most feature-rich and secure SSL acceleration and offload solution on the market.

APV x800 Series Specifications

	1800	2800	5800	7800	9800
Max. L4 Throughput	7 Gbps	20 Gbps	40 Gbps	100 Gbps	160 Gbps
Max. SSL Transactions per Second (RSA 2K)	20K	20K	40K	53K	110K
Max. ECC Transactions per Second (ECDSA P256)	14K	14K	28K	38K	76K
SSL Throughput	7 Gbps	10 Gbps	25 Gbps	45 Gbps	90 Gbps

APV x600 Series Specifications

	1600 v5	2600 v5	3600 v5	6600FIPS	7600
Max. L4 Throughput	3.5 Gbps	20 Gbps	35 Gbps	35 Gbps	80 Gbps
Max. SSL Transactions per Second (RSA 2K)	2K	20K	40K	9K	53K
Max. ECC Transactions per Second (ECDSA P256)	1K (SW)	14K	28K	N/A	38K
SSL Throughput	1.5 Gbps	10 Gbps	25 Gbps	2 Gbps	45 Gbps

vAPV Specifications

Throughput	Hypervisor Support	VM Requirements
Up to 4Gbps	Array AVX Series Network Functions Platform, VMware, Hyper-V, XenServer, KVM, OpenXen, Huawei	Supports 1 to 8 vCPUs. Requires minimum 4 Virtual Network Adaptors, 2GB RAM, 40GB Disk