What is an Appliance?
UNICOM Engineering subscribes to Gartner’s definition of an appliance as “a computing entity that delivers predefined service(s) through an application-specific interface with no accessible operating software.” This definition reflects what enterprise customers want in applications today—reduced complexity with increased security, reliability, and manageability. By shipping their applications as appliances, software vendors can meet these customer requirements while also improving their operational effectiveness.
Deploying as a Hardware Appliance
In recent years, deploying enterprise software has changed dramatically. The days of shipping disks or downloading software to general-purpose servers are all but gone. Network integration, interoperability, and a host of support issues have changed how software is delivered. More and more software vendors are turning to plug-and-play hardware-based appliances because they are more secure, easily maintained, and built for application performance.
Building an appliance is no easy task. Specialized skills are needed to create the perfect appliance, test it, validate its performance, and properly certify it for deployment. To achieve the full benefits of the hardware appliance model, its architecture must make efficient use of the network on which it resides. Once deployed, the appliance needs a secure update capability and an effective means to manage deployed appliances. For the vast majority of software companies, the fundamental problem is not having the expertise and dedicated resources needed to build and maintain a hardware-based deployment program.
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Liquid and Immersion Cooling-Based Servers

XE9680-IR 

C6620-IR 

R760-IR 

R660-IR 

DL380 Gen11-IR 

DL365 Gen11-IR 

DL360 Gen11-IR 

C6525-IR 

C6520-IR 

D50TNP-IR 

R750-IR 

R750XA-IR 

R650-IR 

DL380 Gen10+-IR 

DL360 Gen10+-IR 
Intel® Xeon® Scalable Processor Family (Emerald Rapids) Based Servers

Dell PowerEdge XR5610 

Dell PowerEdge XR7620 

Dell PowerEdge XR8000 

HPE ProLiant DL360 GEN11  

HPE ProLiant DL380 GEN11 

HPE ProLiant DL385 GEN11 
Intel® Xeon® Scalable Processor Family (Intel Xeon 6) Based Servers

Dell PowerEdge R470 

Dell PowerEdge R670 

Dell PowerEdge R770 
AMD EPYC Processors (Zen5 Microarchitecture) Based Server

Dell PowerEdge R6715 

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Dell PowerEdge R7725 

Dell PowerEdge 7715 

HPE ProLiant DL365 GEN11 
Intel® Xeon® Scalable Processor Family (Sapphire Rapids Microarchitecture) Based Servers

E-1800 R7 (4x3.5”+4x2.5”) 

E-1800 R7 (12x2.5”) 

E-2900 R7 (12x3.5”) 

E-2900 R7 (24x2.5”) 

H-4448 (48x3.5”) 

Dell PowerEdge R660 

Dell PowerEdge R760 

Dell PowerEdge R6615 

Dell PowerEdge R6625 

Dell PowerEdge R7615 

Dell PowerEdge R7625 

Dell PowerEdge XE9680 

HPE ProLiant DL110 GEN11  
Intel® Xeon® E-2400 Scalable Processor Family (Raptor Lake Microarchitecture) Based Servers

Dell PowerEdge R260 

Dell PowerEdge R360 

HPE ProLiant DL20 GEN11 
Intel® Xeon® E-2300 Scalable Processor Family (Rocket Lake Microarchitecture) Based Servers

Dell PowerEdge R250 

Dell PowerEdge R350 
Intel® Xeon® Scalable Processor Family (Ice Lake Microarchitecture) Based Servers

E-1800 R6 (4x3.5”+4x2.5”) 

E-1800 R6 (12x2.5”) 

E-2900 R6 (12x3.5”) 

E-2900 R6 (24x2.5”) 

Dell EMC PowerEdge XR11 

Dell EMC PowerEdge XR12 

Dell EMC PowerEdge R450 

Dell EMC PowerEdge R550 

Dell EMC PowerEdge R650 

Dell EMC PowerEdge R750 

HPE ProLiant DL110 Gen10 Plus 

HPE ProLiant DL360 Gen10 Plus 

HPE ProLiant DL380 Gen10 Plus 
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