Note: The following catalog of content covered in this webinar is time stamped to allow you to follow along or skip to sections of the video that are relevant to your questions. You can also search for content on this page using the FIND command in your browser (CTRL + F in Windows, Command + F in Mac OS.)
- Intro/TOC
- Land F/X Database Connection
- LandFX.com Web Connection
- Overall Network Speed
- Computer Hardware
- Design vs. Configuration Slowness
0:00 – 5:01: Intro/TOC
The issues covered in this presentation are also covered in our Slow Land F/X Performance: Troubleshooting Knowledge Base article. (2:27)
What can cause slow performance? (3:08)
- Land F/X database connection
- LandFX.com Web connection
- Overall network speed
- Computer hardware
- Design vs. configuration slowness
5:02 – 12:27: Land F/X Database Connection
Potential pitfalls with the database connection (5:07):
- Database host/server
- Client/workstation
- DNS
- Internet connection
DNS is the most common cause of headaches with the database connection. It translates "MyPCName" to a physical address such as 192.168.0.100
Pieces of the database connection (6:17):
- Client/workstation
- ODBC connector using "MyServer"
- Database server/host
- Address: 192.168.0.100
- Host name: "MyServer"
- Public DNS server
12:28 – 15:27: LandFX.com Web Connection
- Internet connection to LandFX.com:
- Simple to test
- Uses Internet Explorer – even if you don't
- Has to reach aws.landfx.com
- Automatically routes to endpoint with lowest latency
15:28 – 29:23: Overall Network Speed
Network speed depends on the combination of:
- Network card in the computer
- Router
- Individual connection points (each end of wire)
- Signal quality (Wi-Fi)
Why these speeds matter (18:49)
The effect of latency on loading planting symbols (20:19)
Latency and shared online folders (examples: Google Drive, OneDrive, Dropbox) (23:04)
How to test for latency (25:39)
29:24 – 48:06: Computer Hardware
Storage media/hard drives (29:51)
Random access (31:02)
Example: Why a solid state drive (SSD) is a better option (34:05)
How to check whether you have an SSD (45:57)
48:07 – end: Design vs. Configuration Slowness
How to differentiate between design and configuration delays (48:24):
- Large designs can contain many thousands of objects.
- Some functions will inherently require more time:
- Sizing a mainline with thousands of dripline areas
- Sizing a mainline with an excessive number of loops causes hundreds of valve paths.
- Updates bring efficiency improvements:
- Reduced a workflow that took 45 minutes down to 15 minutes.
Diagnosing color plans (50:14)
Colorized plans can drag at times – especially when:
- Opening
- Saving
- Plotting
A few quick tricks (50:40):
- Freeze the groundcovers/Shrub Areas.
- Select new color symbols using solid fills vs. gradients.
- Try a third-party PDF plotter.
Discussion of the possibility of diminishing returns on added RAM (you likely won't need any more than 16 GB) (51:41)
Distinguishing between a design issue vs. a configuration issue (54:23):
- Does the problem occur in just one file? Or all your files?
- If you have multiple users, are they all having the same problem?
- If you're looking at a delay, time it. How long does it take to complete what operation?
- Are you accessing remote/network files?
- If so, copy those files to your local system and try again. Any change?
Can't figure it out? Send us a technical support ticket. (56:49)
