u/Chipplie

I am looking to purchase my first set of AR glasses. My use case will be mainly watching tv shows/movies at home and whilst travelling (aircraft/train/hotels), with some occasional gaming use. After hours of research, I am absolutely torn on whether I should pull the trigger on a set of Air 4 Pros now, or wait to get the GT or GT Max. Looking for opinions on which I should go for, and why?

Additionally, does the GT and GT Max support HDR without the Magic Box 2? I know the box is needed for Dolby Vision but I have read conflicting reports on HDR.

Hi All,

I had Virgin Media broadband for many years, using the Hub 3 without issue. I left Virgin for a few months earlier this year and have since re-joined. I now have a Hub 5 on Gig1 and everything seems to be working OK, apart from the occasional packet loss, as shown by the BQM below. The packet loss is small and not that frequent, but when it does happen, it is briefly interrupting streaming/gaming/video calls/online meetings, so I would like to get it resolved.

https://preview.redd.it/bkcidq80nych1.png?width=804&format=png&auto=webp&s=72a03a28b31328668a719b61fbf98ee0619eac9f

I have pasted the information from my Hub 5 below. Please could someone take a look and advise if there are any obvious issues and what the likely solution is? I can then at least go armed with a little knowledge when speaking to VM. Additionally, in the network log I have a number of the following warnings:

• Dynamic Range Window violation
• RNG-RSP CCAP Commanded Power Exceeds Value Corresponding to the Top of the DRW;
• RNG-RSP CCAP Commanded Power in Excess of 6 dB Below the Value Corresponding to the Top of the DRW;

Many Thanks

Item	Status	Type
Cable Modem Status	Online	DOCSIS 3.0
Primary downstream channel	Locked	SC-QAM
Channel Overview	Downstream	Upstream
DOCSIS 3.0 channels	31	5
DOCSIS 3.1 channels	1	1

3.0 Downstream channels

Channel	Frequency (Hz)	Power (dBmV)	SNR (dB)	Modulation	Channel ID
1	331000000	7.7	42	QAM 256	25
2	155000000	10.9	42	QAM 256	3
3	163000000	10.8	42	QAM 256	4
4	171000000	10.4	42	QAM 256	5
5	179000000	10.1	42	QAM 256	6
6	187000000	9.9	42	QAM 256	7
7	195000000	10.1	42	QAM 256	8
8	203000000	10	42	QAM 256	9
9	211000000	10.1	42	QAM 256	10
10	219000000	10	42	QAM 256	11
11	227000000	9.8	42	QAM 256	12
12	235000000	9.7	42	QAM 256	13
13	243000000	9.4	42	QAM 256	14
14	251000000	9.2	42	QAM 256	15
15	259000000	9.1	42	QAM 256	16
16	267000000	8.9	42	QAM 256	17
17	275000000	8.8	42	QAM 256	18
18	283000000	8.8	42	QAM 256	19
19	291000000	8.7	42	QAM 256	20
20	299000000	8.5	42	QAM 256	21
21	307000000	8.3	42	QAM 256	22
22	315000000	8	42	QAM 256	23
23	323000000	7.9	42	QAM 256	24
24	339000000	7.6	42	QAM 256	26
25	347000000	7.4	42	QAM 256	27
26	355000000	7.4	42	QAM 256	28
27	363000000	7.5	42	QAM 256	29
28	371000000	7.4	42	QAM 256	30
29	379000000	7.2	42	QAM 256	31
30	387000000	6.9	42	QAM 256	32
31	395000000	6.8	42	QAM 256	33

3.0 Downstream channels

Channel	Locked Status	RxMER (dB)	Pre RS Errors	Post RS Errors
1	Locked	42	17983	3329
2	Locked	42	86440	36489
3	Locked	42	83875	34717
4	Locked	42	80506	31612
5	Locked	42	75460	28026
6	Locked	42	70774	25034
7	Locked	42	66629	22792
8	Locked	42	63063	20023
9	Locked	42	58849	17832
10	Locked	42	55630	16870
11	Locked	42	52278	14369
12	Locked	42	48846	13003
13	Locked	42	45900	11531
14	Locked	42	42834	10533
15	Locked	42	38945	9083
16	Locked	42	36549	8462
17	Locked	42	33809	7620
18	Locked	42	31346	6773
19	Locked	42	28179	5973
20	Locked	42	26042	5168
21	Locked	42	23689	4631
22	Locked	42	21213	4042
23	Locked	42	19410	3581
24	Locked	42	16317	2674
25	Locked	42	14498	2367
26	Locked	42	12856	1985
27	Locked	42	11155	1610
28	Locked	42	9512	1235
29	Locked	42	8437	885
30	Locked	42	7022	667
31	Locked	42	5987	334

3.1 Downstream channels

Channel	Channel Width (MHz)	FFT Type	Number of Active Subcarriers	Modulation (Active Profile)	First Active Subcarrier (Hz)
41	190	4K	3736	QAM 4096	148

3.1 Downstream channels

Channel ID	Locked Status	RxMER Data (dB)	PLC Power (dBmV)	Corrected errors (Active Profile)	Uncorrectable errors (Active Profile)
41	Locked	0	-2.2	2901007337	3676350

3.0 Upstream channels

Channel	Frequency (Hz)	Power (dBmV)	Symbol Rate (ksps)	Modulation	Channel ID
0	49600000	31.5	5120	QAM 64	1
1	43100000	31.5	5120	QAM 64	2
2	36600000	31.3	5120	QAM 64	3
3	30100000	31	5120	QAM 64	4
4	23600000	31	5120	QAM 64	9

3.0 Upstream channels

Channel	Channel Type	T1 Timeouts	T2 Timeouts	T3 Timeouts	T4 Timeouts
0	ATDMA	0	0	0	0
1	ATDMA	0	0	0	0
2	ATDMA	0	0	1	0
3	ATDMA	0	0	0	0
4	ATDMA	0	0	3	0

3.1 Upstream channels

Channel	Channel Width (MHz)	Power (dBmV)	FFT Type	Modulation
10	10.4	26.5	2K	QAM 256

3.1 Upstream channels

Channel	Channel Type	Number of Active Subcarriers	First Active Subcarrier (Hz)	T3 Timeouts	T4 Timeouts
10	OFDMA	208	74000000	19	0

I may be taking my UK registered/spec Tesla M3 over to the Netherlands and/or Belgium in the not too distant future. As far as I know, FSD is approved and available in both countries. If I subscribe to full FSD in my UK car, will FSD work whilst it is in those countries? Does anyone have any experience of this?

EDIT: Thanks all. It appears that it will not work, so I won't waste £99 for something I won't be able to use. Hopefully Tesla change this in the near future, or supervised FSD is made available in the UK.

Is the only difference between these two plans the available options for the premium inclusive extra? Will I still be able to connect my cellular Apple Watch to the EE network with the Unlimited Full Works (non-iPhone version)? AI suggested that I may not be able to.