Greetings. I need some help.
I have created a Teamed NIC on my Win2016 Essentials server (2 1Gbps ports) and it is maxing out a total connection speed to multiple devices (2 computers and NAS) of only 1 Gbps. Not 1 Gbps per device, but 1 Gbps total from the server.
I understand that the most that a device will be able to send/receive is 1 Gbps due to how Link Aggregation works. This is not an issue of large vs small files, since the files I am transferring are multiple 2+ GB files.
The Link Aggregation is LACP/Dynamic on all applicable server and switch connections. Both computers and NAS have a gigabit network adapter. All devices transfer at approx. 1 Gbps if no other computer is using the network.
Essentially, the two lane 50 MPH highway that should be allowing 50 MPH per lane is acting like a single lane 50 MPH highway.
Network Switch is a Linksys LGS318 which allows LACP LAGs.
Thanks in advance.
Edit: Google Drive Link to selected Network Screenshots - https://drive.google.com/drive/folders/1PX8tIcYwGoextoLTIqacUOUGP0S3a5Hl?usp=sharing
Followup: Thanks everyone for the suggestions, I am going to work through them over the next few weeks as time permits and report back.
TLDL: 2 NIC Teamed Connection maxed at 1 Gbps for multiple users/devices.
Last night I did a really important test of my next robotic fish prototype. I successfully mounted the motor and batteries on the motor driveshaft, mounted the motor and batteries inside a polycarbonate isolation chamber, sealed the isolation chamber, and put it in water (a hot tub -- yes, it was raining). Nothing broke! The motor was close to being balanced (I can adjust this). It didn't leak! Next are the fins and electronic control system.
This fish, or "Phish(tm)" will be capable of swimming in contact with the bottom of the ocean and will tolerate rough handling and contact with the environment. It has basically one powered moving part and no hull penetration for a driveshaft or other moving component (driveshaft seals are a problem). In addition to being quiet, robust, and mechanically simple, earlier prototypes appear to be as or possibly more efficient than a propeller-driven craft. I hope it will have a deployment time between that of a conventional propeller-driven AUV (e.g. Remus style -- typical deployment time of 2-3 days) and a seaglider (typical deployment time of 1-5 months). You can find out more about this project at fishboat.net. (sorry if my hashtags aren't properly formatted, testing this out) \#robotfish \#persistence
https://reddit.com/link/s2aesl/video/0v102xvy9ab81/player
