Acer Aspire 27" All-in-One Desktop Computer 27" Full HD Display; Intel Core i5 1035G1 1.0GHz Processor; 8GB DDR4-2666 RAM; 512GB SSD

Windows 10

Microsoft Windows 10 combines the best elements of the Windows you already know, like the Start menu, with new features like space to pin your favorite apps and easy navigation so you'll feel right at home. Getting set up is faster and easier so you can get right to work or exploring the Windows App Store games or a new version of Office. InstantGo quickly boots up or resumes Windows while enhancements help balance memory and processor resources for maximum efficiency and Battery Saver automatically conserves power. Windows 10 also offers more built-in security features improving protection against viruses, phishing, and malware.

Solid State Drive

More reliable and significantly faster than traditional spinning-platter hardrives, solid state drives work more like a large flash drive giving you quick access to your data. With no moving parts generating heat, solid state drives use less power and keep your system cooler which helps reduce component failure. Light weight and durable, solid state drives are often found in portable devices since they are less prone to travel damage and accidents like being dropped.

DDR4 RAM

Double Data Rate, which is the DDR in DDR4, tells us something about the rate of data transfer in a given type of memory. The first number, as in DDR4, tells us the generation of the memory. DDR3 was the previous generation, DDR4 is the current generation. DDR4 offers faster data transfer rates than its predecessor. The second numeric value as inDDR4-1600- or DDR4-2666 is the speed. Memory type and speed must be matched to the requirements of your computer.

DDR4 has improved function compared with DDR3, in that it offers faster data transfer rates, It has more memory banks giving it increased capacity. It also requires less energy so it is more power efficient. The more capacity and the faster the speed, the better your memory is able to keep up with today's multi-core processors.

DDR form factors designate what they are used for. The DIMM form factor is used in desktop systems while the SO-DIMM form factor is used for laptops and all-in-one computers because of their slim profile.

Smart Cache

With Intel Smart Cache you benefit from increased data access because the cache is shared between the cores from a single access point and optimized by workload demand. That means your system is making maximum use of its resources, enhancing multi-threading, and reducing storage redundancy.

NVIDIA GeForce® MX130

Maxwell™ architecture's power efficiency makes the GeForce MX130 a great choice for gaming and other demanding tasks like video or photo editing. Its outstanding performance comes from MX130 multiple NVIDIA technologies like, GPU Boost 2.0 to help maximize your clock speed based on workload, while its Optimus® technology delivers excellent graphics performance and helps extend battery life. It also supports CUDA, PhysX, 3 and Microsoft's DirectX 12. The GeForce MX130 is compatible with Windows 7, 8, 8.1, and 10.

DirectX 12

This is the commanding performance you've been looking for with more impressive frame rates, improved latency reduction, and the thrill of multi-core functionality, you'll discover gaming at a level you never imagined. DirectX 12 turns your graphics card into a multi-tasking workhorse thanks to asynchronous shaders and multi-thread communication between your processor and graphics card. Now that you've got it, what's your game plan?

Intel Optane Memory Supported

When combined with the Intel Rapid Storage Technology driver, this Intel Optane, manages multiple storage tiers and makes sure your most frequently used data is stored on the fastest tier. This helps to speed up system responsiveness and performance. Intel Optane Memory is a non-volatile memory that requires specific hardware and software configuration.

Intel® Speed Shift

Responsiveness is super fast with Intel Speed Shift. Power efficiency and performance are improved as hardware controlled P-states enable the processor to quickly determine the best operating frequency and voltage to maximize performance.

Intel Hyper-Threading Technology

Intel's hyper-threading technology means you'll get peak performance for your multithreaded applications thanks to higher processing throughput. To put it simply, each core of the processor is capable of working on multiple tasks at the same time.

Built into every 2nd generation Intel Core™ processor, Quick Sync Video enables users to quickly create, edit, synchronize, and share video files from home or make them available online without the need for extra hardware. In addition, media conversion between devices takes just minutes thanks to hardware acceleration streamlining this process at incredible speed. That includes creating DVDs, Blu-ray™ discs, or editing and converting HD videos for portable media devices or uploading to your favorite social media sites.

Intel® Turbo Boost 2.0

Just as Intel has released its next generation Core i-series processors, it also has improved its Turbo Boost technology with version 2.0. Automatically activated to increase processor performance to its highest state, Turbo Boost 2.0 enables the processor frequency to dynamically increase, based on demand, until maximum frequency is reached depending on the number of active cores. In addition, Turbo Boost 2.0 uses several algorithms working together to power, current, and temperature to ensure energy efficiency. For short periods of time, Turbo Boost 2.0 can even enable the processor to run at a higher power level than its rated upper power limit.

Intel Virtualization Technology

Consolidates multiple environments into a single server or PC. It provides greater user flexibility that can help reduce costs, improve security, and increase resiliency regarding contingency planning.

Intel Virtualization Technology for Directed I/O

This VT-d technology takes VT-x capability a step further by providing support for I/O device virtualization helping to improve device performance. IT managers can benefit from improved system security and reliability, reduced downtime, and better use of data center resources.

Extended Page Tables

Boosting memory for demanding virtualizaiton applications, this hardware optimization, also known as Second Level Address Translation (SLAT), helps reduce power consumption and its associated costs while also aiding battery life.

Intel 64

Take advantage of 64-bit computing when using 64-bit compatible software. This architecture enables systems to access more than 4GB of virtual and physical memory. Also known as EM64T, it is fully compatible with 32-bit operating systems giving you the flexibility to upgrade to a 64-bit OS when ever you're ready. Intel's 64 architecture works on servers, workstations, desktops, and mobile platforms.

Thermal Monitoring Technologies

This feature is designed to protect the processor in the event of unusual circumstances such as cooling fan failure which can cause damage if internal chassis temperatures become higher than normal. It works by reducing the processor's power consumption if the programmed thermal temperature is exceeded.

The processor contains a thermal diode which measures the actual CPU temperature and relays its temperature and thermal requirements to the motherboard. The motherboard uses those requirements to control the processor fan and ensure it does not spin faster than necessary - even under worst case power use.

Intel Adaptix

Using machine learning, the Adaptix suite of tools helps tailor your system to run at peak performance maximizing your advanced custom settings so you get the most from your favorite features like ultra realistic graphics and must-have overclocking.

Intel AES-NI

Advance Encryption Standard New Instructions AES-NI, is an encryption standard used by the U.S. government since 2001 and now is commonly used in software to protect network traffic, personal data, and corporate IT infrastructure. Intel processors use AES in addition to a set of six new instructions to enable hardware to do some of the work of AES, thereby accelerating its execution by three to 10 times compared with relying solely on software.

Intel Secure Key

Intel Secure Key is a feature designed to keep your data and personal information safe by strengthening encryption capability via a digital random number generator.

Intel Software Guard Extensions with Intel ME

This set of CPU instructions provides applications the ability to create a secure area in which to protect data from access by other rogue software.

Execute Disable Bit

Reduces your system's exposure to viruses and mal-ware attacks, and the chances of self-executing and propagating software from taking down your system or network. That can save you costly repairs, lost productivity, and revenue.

Intel® Boot Guard

OS Protection from malware, viruses, various types of malicious software attacks.

10/100/1000 Gigabit Network

Just when you thought life couldn't go any faster, technology changed the rules. Using more bandwidth and full-duplex capacity, the 10/100/1000 Gigabit Ethernet will have you connecting with the Internet or your other devices faster than you can say gigabit.

Bluetooth® 5.0

Designed to improve security for computers, mobile devices, and a host of other wireless technologies such as digital assistants, headsets, home audio equipment, and a growing menu of IoT devices. Bluetooth 5.0 features twice the speed and much greater range than its predecessors. It's more responsive and enables more data to be transmitted than previous versions.