... it may not charge again? Haven't heard this warning in consumer electronics before.
TX-6 – Teenage Engineering
11–20 of 343 posts
Re: TX-6 – Teenage Engineering
#12I wonder why it's so expensive, I know it should be higher than regular consumers expect because it's a low volume high quality product, but so is the OP-1 and that seems to have a lot more manufacturing overhead. Wouldn't this product just contain a small signal processing FPGA, a bunch of ADC's and a couple DAC's? It's small but I think those should fit fine in that enclosure with a thick PCB. Anyone know if there'…
edit: beyond just how it looks and the mechanical properties, I also wonder how much additional value they added during integration. Yes the BOM may sound trivial ("small signal processing FPGA, a bunch of ADC's and a couple DAC's") but IME it's easy to mess this up without a lot of extra attention. Example: my TV is plugged into a DAC which powers standing speakers, and every time I turn it on, there is a discontinuity that blasts a "pop" at maximum volume through the speakers regardless of volume level. Or you could end up with a line level hum if not shielded properly. Etc.
Re: TX-6 – Teenage Engineering
#13Stupidly expensive and I have absolutely no need for it, but just look how beautiful it is.
It's almost disgustingly expensive for what it is.
Re: TX-6 – Teenage Engineering
#14I wonder why it's so expensive, I know it should be higher than regular consumers expect because it's a low volume high quality product, but so is the OP-1 and that seems to have a lot more manufacturing overhead. Wouldn't this product just contain a small signal processing FPGA, a bunch of ADC's and a couple DAC's? It's small but I think those should fit fine in that enclosure with a thick PCB. Anyone know if there'…
Expensive expensive expensive! That case looks like it was milled!
Re: TX-6 – Teenage Engineering
#15Halo hardware, absolutely, but their design sense is utterly phenomenal. What a gorgeous piece of kit.
Re: TX-6 – Teenage Engineering
#16I wonder why it's so expensive, I know it should be higher than regular consumers expect because it's a low volume high quality product, but so is the OP-1 and that seems to have a lot more manufacturing overhead. Wouldn't this product just contain a small signal processing FPGA, a bunch of ADC's and a couple DAC's? It's small but I think those should fit fine in that enclosure with a thick PCB. Anyone know if there'…
If tech products should cost the sum of their parts then an iPhone 14 Pro and an RTX 3090 should cost about $300. After all, they're just a PCB with some components on them.
You're ignoring the enormous R&D costs (engineering salaries, hardware prototyping, sales, marketing, support, etc.) that must be recouped, while also turning a profit, through the sale of each of these low volume products.
Developing consumer hardware in the west aint cheap, that's why most western brands other than Apple, and a few other high-end niche ones, pulled out of the consumer market.
Re: TX-6 – Teenage Engineering
#17"To keep the battery healthy, the unit should be charged at least every 6 months. if not used for a long time, it may not charge again." ... it may not charge again? Haven't heard this warning in consumer electronics before.
Re: TX-6 – Teenage Engineering
#18Re: TX-6 – Teenage Engineering
#19"To keep the battery healthy, the unit should be charged at least every 6 months. if not used for a long time, it may not charge again." ... it may not charge again? Haven't heard this warning in consumer electronics before.
Re: TX-6 – Teenage Engineering
#20I wonder why it's so expensive, I know it should be higher than regular consumers expect because it's a low volume high quality product, but so is the OP-1 and that seems to have a lot more manufacturing overhead. Wouldn't this product just contain a small signal processing FPGA, a bunch of ADC's and a couple DAC's? It's small but I think those should fit fine in that enclosure with a thick PCB. Anyone know if there'…