Nettop

Short description: Low power, small and cheap computer meant for light tasks

The Acer AspireRevo nettop

A nettop (or miniature PC, Mini PC or Smart Micro PC) is a small-sized, inexpensive, low-power, legacy-free desktop computer designed for basic tasks such as web browsing, accessing web-based applications, document processing, and audio/video playback.[1][2][3][4] The word nettop is a portmanteau of network and desktop. It is the desktop counterpart of the netbook. Modern (c. 2020) mini PCs or small form factor PCs can be much more powerful, being equipped with high-end laptop components or mid-range desktop components.[5][6]

Compared with ordinary desktop computers, nettops are not only smaller and less expensive,[7] but they also consume much less power. For example, CompuLab's fit-PC2 consumes no more than 8 watts of power[8] whereas a typical desktop would easily consume more than 100 watts of power; consequently, nettops require significantly less cooling and may even be completely fanless. Some do not have an optical disk drive and use a solid state drive, making them completely silent. The tradeoff is that the hardware specifications and processing power are usually reduced[9] and hence make nettops less appropriate for running complex or resource-intensive applications.

## Contents

* 1 History
* 1.1 Development of netbooks and the cannibalisation of laptop sales
* 2 Hardware
* 3 Operating systems
* 4 Market
* 5 See also
* 6 References
* 7 External links

## History

Nettops and mini PCs have what could be considered an unusual history. The "first wave" of such devices, which occurred in the mid to late 2000s, were commonly referred to as "nettops". These included devices such as the Acer AspireRevo seen above, and were commonly considered to be a kind of "temporary substitute" PC of a lower cost for users needing a second PC or for use in developing countries. Another commonly held view at the time was their use as a stepping stone towards a thin-client–based always online computer that would "replace inefficient PCs".

### Development of netbooks and the cannibalisation of laptop sales

As demand for these devices quickly waned, the industry responded by addressing the chief complaint that these devices would be better as portable devices such as a new form of laptop. The result was the netbook, a device which was considered the true future of the nettop. However, prevailing attitudes and economic issues in 2008 onward made these popular due to their low cost and portability along with the then-expanding feature-set. In August 2009, reports from reviewers were that a netbook of the time and a traditional laptop of the same price were otherwise identical. The implications that the price of standard notebooks should be dropped was a financial liability, due to huge unsold inventories of standard laptops in retail chains and an unfavorable market in which to unload them meant that cannibalisation of laptop sales by netbooks would be financially undesirable for the industry. A clearance sale was also not an option under these conditions, especially among multiple retail chains and online shopping sites. These factors, along with a desire to keep netbook sales going to recoup R&D, design and manufacturing costs, were all likely contributing factors of an industry-wide effort to sabotage netbooks through purposefully limited devices that could be sold cheaply while acting as a form of social engineering towards discrediting netbook devices.

Gigabyte BRIX

The direct lineage between nettops and netbooks meant that the concept of a "net-" prefix was considered a failed idea. Devices such as Chromebooks, tablet PCs, Ultrabooks and other devices responded by branding themselves as a different type of device such as Chrome OS being exclusively a pure web client or the proposal that the ultrabook succeeded by compensating for its lighter weight and otherwise equal-performance parts with a higher price tag.

In 2015, a revival of the concept came about from a likely unrelated source, a technological form of convergent evolution. Via the likely-observed success of the stick PC, the idea of combining a system on a chip with a single-board computer has led to a continuation of the nettop's original product goals. Mini PCs such as the MINIX Z83-4 or the Azulle Access Plus are exclusively referred to as "mini PCs", despite being identical or near-identical on paper to the nettop architecture.

## Hardware

There are three platforms that are primarily intended for nettops and netbooks:

* Intel's Centrino Atom platform[10]
* Nvidia's Ion platform[11]
* VIA's Trinity Platform[12]

Some nettops have also adopted system-on-a-chip designs. Although many major parts such as chipsets, video cards and storage devices can also be found on desktops, the CPUs that are put inside nettops are the fundamental component that differentiate them from normal desktops. The list below contains a range of hardware components that a typical nettop may be assembled from.

* CPU

Intel Atom, Core i3 (x86)
VIA Nano and VIA C7 processors (x86)
AMD Fusion (x86)
AMD Geode (x86)
ARM Cortex-based CPU (ARM)
Loongson (MIPS)
* GPU

Intel GMA 950
S3 Graphics Chrome
GeForce 9400M G (integrated into MCP79MX; Nvidia ION platform)
AMD Radeon HD 6310
ATI HD4530
PowerVR
* Chipset

945GSE and 945GC Express chipsets
MCP79MX (integrated GeForce 9400M G GPU; Nvidia ION platform)
VIA VX800 IGP Chipset
* RAM

typically 512 MB to 2 GB SDRAM, DDR or DDR2 memory
* Storage devices

at least 1 GB flash memory
2.5" hard disk drive or solid-state drive (SSD)
* Network

Ethernet and/or Wi-Fi
* I/O ports

LAN, USB 2.0, video out, audio out

Intel's Atom processor has been adopted by several hardware manufacturers, such as ASUS, MSI, and Sony, for nettops. Nvidia has also released its first generation ION platform, which puts GeForce 9400M Motherboard GPU alongside the Atom processor to provide better high definition video playback ability and lower power consumption.[13] In addition, Nvidia has announced that it will support VIA's CPUs this year.[14] To further reduce the manufacturing cost and improve power efficiency, many manufacturers and start-up companies have chosen to use CPUs that were originally targeted at embedded computing devices such as AMD's Geode and ARM Cortex-based CPUs.

## Operating systems

Many net-top models are x86-processor-based and as such are capable of running standard PC OSes. There are also operating systems designed specifically for nettops and other machines in the same performance class. Some high-end nettops are capable of running Windows 10.[15] Google's Chrome OS and Android are other options. Although Google's Android was originally designed for smartphones, it has also taken a seat in the nettop market.[16] Another Linux distribution suitable for nettops is Ubuntu.

## Market

Nettops fell into Intel's category of "Basic PC", which usually cost from $100 to $299.[17] Intel described nettops as a large potential market at that time. Nettops were said to be able serve as an affordable first computer for people in developing countries, or as an environmentally friendly choice as a secondary computer for people in developed countries.[18][19]

As a result of successes with Stick PCs and Linux Mint-based Nettop-like computers, as well as continued success of the Mac Mini, the idea was possibly unintentionally revived as Mini PCs, which continue to be sold through online retailers as of August, 2017.

## See also

* Netbook
* SFF
* Internet appliance and Thin client
* Plug computer
* Tablet computer
* PC-on-a-stick

* Chromebox and Apple TV
* AMD Fusion and Intel Atom
* Cloud computing

## References

1. ↑ http://techreport.com/articles.x/21556 Zotac's Zbox Nano AD10 Plus nettop - Zacate in the palm of your hand
2. ↑ 'Netbooks,' 'Nettops' target secondary PC users
3. ↑ hexus.net: What is a nettop
4. ↑ whatis.com: Entry for nettop
5. ↑ "The Best Mini Desktop PCS". The New York Times. 7 June 2021. https://www.nytimes.com/wirecutter/reviews/best-mini-desktop-pcs/.
6. ↑ "The Best Windows Mini PCS for 2021". https://www.pcmag.com/picks/the-best-windows-mini-pcs.
7. ↑ Intel Nettop is all about cost cutting
8. ↑ Fit-PC2 Specifications
9. ↑ Is a Nettop Right for You?
10. ↑ [1]
11. ↑ "Next-Generation NVIDIA ION Graphics Processors". Nvidia.com. http://www.nvidia.com/object/sff_ion.html.
12. ↑ "News Release VIA Trinity Platform Brings Hi-Def to Small Spaces - VIA Technologies, Inc". Via.com.tw. 2008-12-18. http://www.via.com.tw/en/resources/pressroom/pressrelease.jsp?press_release_no=3007.
13. ↑ "Nvidia's Ion platform - The Tech Report - Page 1". The Tech Report. 2009-02-03. http://techreport.com/articles.x/16340/1.
14. ↑ "NVIDIA Ion platform to support VIA Nano processors this year". Engadget. https://www.engadget.com/2009/02/20/nivida-ion-platform-to-support-via-nano-processors-this-year/.
15. ↑ "The 9 Best Mini PCs to Buy in 2018". lifewire. https://www.lifewire.com/best-mini-pcs-4047271.
16. ↑ "Asustek to Make Google Android Netbook, Says Report". PCWorld. 2009-02-20. http://www.pcworld.com/article/159945/asustek_to_make_google_android_netbook_says_report.html.
17. ↑ CNet article
18. ↑ Netbooks and Nettops New category of emerging Internet Devices
19. ↑ "Khoavang". https://khoavang.vn/. Friday, 1 April 2022

## External links

* "Touch-enabled net-top boots Linux fast". http://www.linuxdevices.com/news/NS4808339076.html.
* Approximate computer power usages list by Univ. of Pennsylvania
* Russian portal of nettops

* v
* t
* e

Cloud computing

As a service|

* Content as a service
* Data as a service
* Desktop as a service
* Function as a service
* Infrastructure as a service
* Mobile backend as a service
* Network as a service
* Platform as a service
* Security as a service
* Software as a service

Technologies|

* Cloud database
* Cloud storage
* Data centers
* Distributed file system for cloud
* Hardware virtualization
* Internet
* Native cloud application
* Networking
* Security
* Structured storage
* Virtual appliance
* Web APIs
* Virtual private cloud

Applications|

* Box
* Dropbox
* Google
* G Suite
* Docs, Sheets and Slides
* HP Cloud (closed)
* Microsoft Online
* Oracle Cloud
* Rackspace
* Salesforce
* Workday
* Zoho

Platforms|

* Alpha7
* Amazon Web Services
* AppScale
* Box
* Bluemix
* CloudBolt
* Cloud Foundry
* Cocaine (PaaS)
* Engine Yard
* Helion
* GE Predix
* Google App Engine
* GreenQloud
* Heroku
* Inktank
* Jelastic
* Mendix
* Microsoft Azure
* MindSphere
* Netlify
* Oracle Cloud
* OutSystems
* openQRM
* OpenShift
* PythonAnywhere
* RightScale
* Scalr
* Force.com
* SAP Cloud Platform
* VMware vCloud Air
* WaveMaker

Infrastructure|

* Amazon
* Abiquo Enterprise Edition
* CloudStack
* Citrix Cloud
* CtrlS
* DigitalOcean
* EMC Atmos
* Eucalyptus
* Fujitsu
* GoGrid
* Google Cloud Platform
* GreenButton
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* IBM Cloud
* iland
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* OpenIO
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* OpenStack
* Oracle Cloud
* OrionVM
* Rackspace Cloud
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* SoftLayer
* Zadara Storage
* libvirt
* libguestfs
* OVirt
* Virtual Machine Manager
* Wakame-vdc
* Virtual Private Cloud OnDemand

* Category
* Commons

* v
* t
* e

Computer sizes

Classes of computers

Microcomputer,
personal
computer|

| Stationary|

* Workstation
* Desktop
* Home
* Personal supercomputer
* Portable
* Tabletop
* Smart TV
* Interactive kiosk
* Game arcade cabinet
* System board
* Home console
* Microconsole
* SFF
* Nettop
* Plug
* Smart speaker

|

Mobile|

| Laptop|

* Desktop replacement
* 2-in-1
* Subnotebook
* Netbook
* Smartbook
* Ultrabook
* Ultra-mobile PC

|

Tablet|

* Ultra-mobile PC
* 2-in-1
* Phablet
* Tabletop

Handheld|

* Handheld PC
* Palmtop PC
* Pocket computer
* PDA
* Electronic organizer
* Mobile phone
* Feature phone
* Smartphone
* Phablet
* PMP
* E-reader
* Handheld game console
* Portable/Mobile data terminal

Calculator|

* Scientific
* Programmable
* Graphing

Wearable|

* Digital wristwatch
* Calculator watch
* Smartwatch
* Smartglasses
* Smart ring

Midrange|

* Server
* Minicomputer
* Supermini

Large|

* Super
* Mainframe
* Minisuper

Others|

* Microcontroller
* Nanocomputer
* Single-board computer
* Smartdust
* Wireless sensor network

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