Why use 10gbe

A 10GbE QNAP NAS has the ability to quickly store and edit files directly over the network and also provides the scalability and compatibility to greatly improve the IT infrastructure of digital video studios.

No more numerous RAID devices all around the office. One fast storage location which can be expanded as your data grows. Easy access, easy storing and sharing.

There are many video editors who choose to edit from a PC or direct attached storage device for maximum speed and affordability. Those files are huge and must be backed up. Preferably it should be backed up to another storage device in another room, department or even different building in case of flood, fire etc. Gigabit network would be overloaded and it would take days to do simple backups. The 10GbE is a fast option to back up your data over the network.

These cost between and dollars per card. Switches — You can have an unmanaged switch or manage. If you are planning to have a setup with a single 10GbE connection then you can save money by choosing simple 10GbE switch. This could significantly reduce costs and avoid the need for noisy fans while being able to use existing Ethernet cabling. In the majority of cases, it is simply overkill to 10 GbE-enable all ports on a switch. Unnecessarily over-engineering your home network will usually increase costs and require noisy fans — all for absolutely no performance gain.

While it can be nice to have bragging rights from installing the latest, fastest networking technology, we cannot emphasise enough that there should be tangible benefit from deploying 10 GbE. Furthermore, we recommend that you sit down and carefully work out your optimum network configuration before spending any money. There are two particular cases where 10 GbE may be particularly advantageous, which are discussed in detail next.

These are when there is:. If neither of these two apply to you, you are probably best sticking with Gigabit Ethernet, which hits the sweet spot of performance, cost and power consumption for many consumers.

Over the last few years, internal and external storage has been getting quicker, particularly with the introduction and developments of Solid State Drives SSDs. Thunderbolt 3 and USB 3 connectivity have allowed external devices to rival the speeds achieved by internal storage devices.

Gigabit Ethernet is sufficient for applications like background back-ups, where the relatively slow read and write speeds will not affect productivity. However, more intensive applications — such as real-time editing and playback of high-resolution video — demand faster read and write speeds than Gigabit Ethernet can deliver if you require seamless, consistent performance.

By increasing transmission speeds by a factor of ten over Gigabit Ethernet, 10 GbE can deliver performance with network storage that is more akin to the fastest internal storage currently available. With 10 Gigabit Ethernet, a transmission speed of 10 Gbps 10, Mbps equates to a transfer rate of 1, Mbytes per second. This permits the speedy and smooth editing of high-quality e.

Ultra HD 4k video. While individual devices may require no more than a Gigabit Ethernet connection, aggregation of multiple Gigabit Ethernet links for example, using a switch can potentially create traffic bottlenecks without the use of 10 GbE links. When considering Gigabit Ethernet, it is important not to just consider the expected traffic flows to and from individual devices. A transmission speed of 1Gbps may be more than ample for connecting the vast majority of individual devices including computers, games consoles and set-top boxes.

However, you should not forget that, in your particular network, you may be aggregating traffic using switches. In some situations and network configurations, there could be a risk of bottlenecks when the traffic from individual devices is aggregated together.

Take, as an example, an 8-port Gigabit Ethernet switch, which is used to connect seven individual devices located close to each another, with the final port connected by cable to the router. In this case, the use of a 10 GbE link would allow the full transmission speed possible from all seven devices simultaneously. You should carefully consider your proposed network configuration and determine the likelihood of a capacity bottleneck from using Gigabit Ethernet.

Factors to consider in making this judgement are:. In most cases, most of the links in a home network do not need to use 10 GbE. This is an important factor to consider for video teams intending to scale.

Moreover, when connecting with adapters to the Jellyfish, we recommend a direct connection of the Jellyfish to the adapter for the highest speeds possible. We hope you found this information helpful! If you have additional questions about workflow, please check our YouTube channel or reach out to our team directly! Faster Together Blog Support About. January 14, What is Jellyfish Media Engine? December 15, Kyno for Jellyfish - Better than Finder December 15, Save time and money by future-proofing your video editing workflow December 10, Substandard cabling can negatively affect overall speeds Requires higher power input The number of equipment available to extend the length beyond m is limited.

A lower power consumption rate A better choice of connecting equipment Lower latency Cheaper switches and NICs Transceivers and fiber can run any length Better for a future-proof cabling system.

No distinctive advantages when transmitting data over short distances Longer runs require expensive patch panels, transceivers and termination equipment.