The Xclio Touch 787 Super Tower Chassis
You don't quite get a feel for the lean forward from the front, so let's cover the rest. On both sides there is plastic framing around the individual louvers on the front bezel. Each one has an up arrow on it to signify that they just simply lift up and then out of the way. On one louver is the Xclio badge, but this can be moved or removed if you want later.
Gently setting the case on its face, you can get a good look at the top of the 787. At the top, or back as it should be, there is a pair of 120mm fan attached to the roof. In front of that is a plastic piece the raises the top of the chassis enough for the touch panel and front I/O.
Figured I should move in a little closer so you can have a better look at the connectivity of the front I/O panel and what the eight touch buttons are for.
Looking at the 787 from the side you now see that aggressive lean I was alluding to earlier. In the removable side panel there is a very large mesh insert, that in the Touch 787 is fully stocked with six 120mm fans lit with blue LEDS.
The rear of the chassis has the typical layout for the components and includes eight expansion slots and four unused grommets to pass water cooling tubing through. You can also see the included USB 3.0 is external as it hangs from the fifth grommet.
The right side panel is pretty basic, but the Touch 787 does offer room for active cooling to be installed behind the CPU socket, or left empty, still offers passive cooling to that area behind the motherboard.
Under the chassis there are dust filters for both the PSU area, but for the whole rest of the ventilated floor. In the four corners there are large round plastic feet with rubber pads on them for better traction. The clips near the right and left edges are used with a wire on the hard drive racks I will show you later.
Before we look inside, I thought the indie of the door was worth a peek. Right up front you see that there is a Molex to power these fans and a 2-pin to control them from the chassis. I do like that the six fans installed also have plastic grills so that wiring doesn't get into these fans.
Looking a bit closer, we can see that these six fans fill up the control units fan connections. The blue and white wires are the signal wires, while the four at the bottom are to supply these fans with clean power at the source.
PRICING: You can find products similar to this one for sale below.
United States: Find other tech and computer products like this over at Amazon's website.
United Kingdom: Find other tech and computer products like this over at Amazon UK's website.
Canada: Find other tech and computer products like this over at Amazon Canada's website.
- We at TweakTown openly invite the companies who provide us with review samples / who are mentioned or discussed to express their opinion of our content. If any company representative wishes to respond, we will publish the response here.
Latest News Posts
- Acer's new Predator Z35P: 35-inch 3440x1440 100Hz G-Sync
- Crackdown 3 coming to PC, is an Xbox Play Anywhere title
- Samsung unveils bendable/stretchable OLED display
- MSI scoops 5 awards for Computex Best Choice Award 2017
- Surface Pro continues to evolve, now packs Kaby Lake
- Alienware 15 R3 Laptop Storage Performance Investigation
- ASUS RT-AC1900p Wireless Router Review
- ASUS RT-AC1900p Wireless Router Review
- GA-Z97X-UD5H-BK with SSD M.2 Plextor M8PeG 256gb. low speed after shut down
- Prey Review: Dark Stars, Darker Thoughts
- Western Digital sets new standard with latest generation in popular HGST-brand Ultrastar SAS SSD family
- AMD raises expectations for server performance, unveils EPYC processor brand for the datacenter
- HighPoint's SSD7101 PCIe board-sized drive series integrate Samsung 960 NVMe SSDs to deliver groundbreaking performance over 12GB/s
- Micron accelerates all-flash storage speed, performance and value with new flexible petabyte-scale enterprise data center solution
- Qualcomm Snapdragon 660 and 630 mobile platforms drive advanced photography, enhanced gaming, integrated connectivity and machine learning