Hi,No, I never noticed any, but I only run SDR++ (with LimeSDR) rather than Quisk or SparkSDR.I only use pihpsdr and briefly Thetis with HL2 from that PC.It may well be some feature of my setup, but iI doubt packets are lost. I have a fully wired connection all the way from HL2 to the PC. Perhaps packets get reordered?I never noticed this problem on a pc that is on the same LAN segment next to HL2.Basically my network topology is like this:192.168.1.0/24 networkHL2 -> Gigabit Switch -uplink->Gigabit Switch-> Linux ServerThen the Linux Server has a 10 gig crossoverr connection to a Linux Desktop. That is the 192.168.2.0/24 network (only 2 hosts).The default gateway is 192.168.1.1 and the Linux Desktop has a WiFi interface in the same network, but routing/firewall is set such that it can only talk to the default gateway there. All outgoing traffic except the gw is routed via 192.168.2.0 10Gig LAN. Any incoming traffic not from the gw is firewalled.Previously this setup relied on a static route on the default gateway which would tell any device in the 192.168.1.0 network how to reach the 2.0 net. But some CCTV cameras would not pick up the static route so I enabled SNAT on the Linux Server.This means to HL2 (and others) it appears as if traffic comes from the linux Server.This made no difference to the sequence errors.I have no issues at all with this setup. I use huge bandwidth for file sharing (not while HL2 is used) as well as I play high bitrate live video from LAN CCTV cameras and I stream audio using sonobus. If there were packet drops I'd know. But I can't exclude the possibility of reordering.My key question now is, should I be worried about these sequence errors? Everything seems to work fine?73, Łukasz
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My setup has my network path going through 4 switches and it works correctly.
I'll list the switches I'm using:
TP-Link TL-SG108E
MokerLink 8 Port 2.5G Managed Ethernet Switch with
MokerLink 8 Port 10Gbps SFP+ Managed Switch
keepLiNK 2.5gb managed switch features 4 x 2.5G RJ45 ports and 2 x 10G SFP+ Slots
I have also seen other traffic in my house cause problems at times. All of the switches listed above support VLANs and I moved the radio traffic away from the general IoT traffic.
For a long time I used a USB to Ethernet adapter (I needed to try two brands to find one that worked great) and had the radio on an isolated segment, but when I moved the radio farther away from the computer I wanted to share the existing Ethernet. I also wanted to play with 2.5g Ethernet and 10g Ethernet and make it so I could have 2 computers to use the radio, at different times. A second run of Ethernet probably would have been quicker and simpler if you didn't want multiple computers to connect to the radio.
Before playing with fiber and faster Ethernet I was just using 2x P-Link TL-SG108E. One in the shack and one at the radio. I had this with 2 VLANs. VLAN 1 was everything but radio, VLAN 2 was radio. I had one port be a trunk port that connected the switches together. My USB Ethernet adapter went to the VLAN 2 port in the shack and the radio was connected to the VLAN 2 port in the garage. It acted like it did sitting on my desk, link local IP and everything. The computer Ethernet went into VLAN 1 port, and in the garage VLAN 1 went into the Internet router. This let me use the one cable but keep the traffic separate.
I hope this gives you some ideas to think about.
73, KD7HGL
Josh
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