Websockets are cool. They are the modern sibling of http in that they run over tcp, but websockets offer a lot more, most notably full duplex (i.e. data can be sent in both directions) and realtime delivery of messages.
Those two features enable the creation of web pages that update dynamically as soon as new data is available on the server. No need to reload the web page in the user’s browser.
I have been struggling with how to get websockets integrated with MQTT on my Synology DS1515+ NAS, but in the end it turned out to be pretty easy!
Continue reading “Enabling Mosquitto websockets on Synology NAS”
I must say I am pretty happy with the backup solution here. It took a few years to find a setup I am happy with, but this one works:
- Storing important files and data on the Synology DS1515+, with ca 8 TB disk (effective raided size) and 2 SSD drives for cache. Using WD Red 5TB SOHO NAS SATA-600 drives as main storage.
- Using CrashPlan to add another layer of off-site backup for data on the DS1515+.
- CrashPlan running on the DS1515+ also receives backups from a bunch of other computers, both around here and for friends and family.
Continue reading “CrashPlan stopped working after Synology DSM 5.2 update”
Let’s try an experiment.
I have set up a questionnaire that anyone can fill in and submit.
There you can add working and non-working memory configurations for your Synology NAS. Ideally this will enable people to increase the memory in their NAS:es without lots of trial and error on what memory works in what NAS models – or spammers will fill the document with crap data… Time will tell.
Background is that I started a similar effort here on the blog, but Google Forms are way better for this, so let’s use that instead.
Let’s go – don’t be shy! 🙂
Update: Let’s work together and capture data on what memory modules work, and which don’t, on the DS1515+ and other Synology NAS models!
As noted in a previous post, a new Synology DS1515+ NAS landed here the other week. It’s a very nice products in most respects, but a couple of rather annoying details bring the overall impression down – more on that in a later post.
The DS1515+ ships with 2 GB of RAM, with an extra, empty memory slot available for memory upgrades. 2 GB is really on the low side if you intend to run additional applications on the NAS. CrashPlan for example is built on Java, which is pretty resource hungry to begin with, then the memory consumption goes up with the number of files backed up.
Synology specs tells us that a 4 GB SO-DIMM can be added, for a total of 6 GB. Stories from the Synology forum however indicate that it is quite possible to replace both the internal (some disassembly required, probably voiding warranty..) and user accessible RAM modules, for a total of 16 GB RAM.
With a bunch of different SO-DIMM modules in the drawers here, let’s test them to see which ones can be used with the DS1515+ and which ones cannot.
Continue reading “More memory for Synology DS1515+”
The trusty Netgear ReadyNAS 312 has served very well over the past couple of years, and is still doing ok. It has however started to run out of space, and even though the disks could be replaced by bigger ones, it was time to move to something larger.
As much as I have come to like the ReadyNAS products in general, and the support forums in particular, it would be interesting to try something else. The Synology products seems to have a loyal following, the UI seems nice, and said to have good build quality.
The new DS415+, DS1515+ and DS1518+ models came out recently each sporting a quad core Atom C2538 CPU, that was quite tempting… The 415+ has two Ethernet ports, while 1515+ and 1518+ both have FOUR 1 Gbit ports. Nice.
A quick check on the Synology forums indicate that they are very active and at least as extensive as the Netgear/ReadyNAS ones. That’s just at first glance though – time will tell if there is both volume and quality there.
Continue reading “A new NAS arrives – meet the Synology DS1515+”