Edge Computing Products
Aparna System’s ultra-converged systems combine compute, GPU, storage and networking in a compact high performance appliances. The architecture employs innovative design techniques for integrating merchant silicon and commercial off-the-shelf components to create an “Open Software” systems that deliver industry-leading high server density and energy efficiency.
µCloud 4015 Edge Cloud
Unlike existing “rack and stack” hyper-converged and blade server products that employ subsystem- and/or chassis-level integration, and that are often over-subscribed and require external top of rack switching, Aparna’s ultra-converged µCloud™4015 is purpose-built for OT Edge computing deployment. The result is a unique system that offers breakthrough advances in density, efficiency and cost-effectiveness with its fault-tolerant, non-stop high-performance design.
The µCloud 4015 system can scale incrementally up to 15 Xeon Servers. The system is packaged in a 4U NEBS-compliant chassis with hot-swappable AC/DC power supplies, Dual Switch Fabrics that include GPS clock acquisition capability for applications that require precise timing. The systems are also equipped with dual, hot-swappable active/active switches that deliver 20 Gbps of bandwidth per µServer and an aggregate uplink capacity of 640 Gbps (2 switches x 8 ports at 40 Gbps each). This design is what gives the 4015 its fully fault-tolerant, non-stop, non-blocking performance. This ultra-converged system brings unprecedented CPU core density, energy efficiency and high intra-cluster bandwidth in an integrated system.
Aparna µCloud 4015
The µServers are available in multiple models and can be mixed and matched in a system based on the workloads. The µServers are packaged in a hot-swappable cartridge form factor that is about the size of a 3.5-inch hard disk drive. They utilize Intel Broadwell Xeon processors, DDR4 DRAM and dual SATA or NVMe solid state drives (SSDs). Storage I/O is non-blocking based on its support for both SATA at 12 Gbps (6 Gbps per SSD) and NVMe at 64 Gbps (32 Gbps per SSD), with latencies of 100 microseconds (µs) and 10 µs, respectively.
µCloud and µServer Product Family At-a-Glance
|µCloud Model||µServer Slots||Maximum Cores/Threads||Maximum Number SSDs||Network Switch||Network Uplink||Chassis Height|
|4015||15||240/480||30||1.2 Tbps||640 Gbps||4U|
|µServer Model||Cores/Threads||Clock Speed||DDR RAM||SSD Interfaces||Ethernet Interfaces|
|Oserv8||8/16||2.1GHz||Up to 128 GB||2xSATA/NVMe||2x10 Gbps|
|Oserv12||12/24||2.1Ghz||Up to 128 GB||2xSATA/NVMe||2x10 Gbps|
|Oserv16||16/32||1.3GHz/1.8Ghz||Up to 128 GB||2xSATA/NVMe||2x10 Gbps|
Edge Artificial Intelligence Products
Aparna GX2 Edge AI Appliance
The GX2 Edge AI Appliance has one Xeon x86 server (with 8, 12 or 16 cores and up to 128GB of memory), support for dual SATA SSD drives, and up to two NVIDIA T4 GPUs. The GX2 includes an integrated L2 switch with two 10GE ports and four 1GE (PoE) ports, and has an embedded GPS receiver with an external antenna connection. The front panel has a lock and intrusion detection sensor to ensure physical security of the SSD drives. The system also has a field-replaceable air filter.
Aparna GX2 AI Appliance
|Model||Xeon X86 Server||Number of SSDs||Number of NVIDIA T4 GPU’s||1 GE PoE/ 10 GE Ports||Chassis Dimensions|
|GX2||1||2||2||4/2||3.75”H x 15.5” D x 8” W|
No part of this website may be reproduced without the prior written consent of Aparna Systems, Inc. The information contained in this website is subject to change without notice and does not represent a commitment on any part of Aparna Systems, Inc. While the information contained herein is assumed to be accurate, Aparna Systems, assumes no responsibility for any errors or omissions. In no event, shall Aparna Systems, its employees, its contractors, or the authors of this content be liable for special, direct, indirect, or consequential damage, losses, costs, charges, claims, demands, claim for lost profits, fees, or expenses of any nature or kind.