Can you outline the adaptation of the DS-UWB solution wrt. to its higher layer interfaces such as OHCI for USB, 1394 4.)

Can you outline the adaptation of the DS-UWB solution wrt. to its higher layer interfaces such as OHCI for USB, 1394 4.)

Can you outline the adaptation of the DS-UWB solution wrt. to its higher layer interfaces such as OHCI for USB, 1394 4.)

Can you outline the adaptation of the DS-UWB solution wrt. to its higher layer interfaces such as OHCI for USB, 1394 4.)

.* FOT)* Harness*PCB* POFs* ECU*backside* 19* Impact*on*Space* Using*MulXpin*Connector*for*electrical* 1, 5* D IN *= *7 5m m * 1* D IN *= *5 0m m * Ventilation* Cooling* U SB * 180mm* •Example*back*plane*of*multimedia*ECU*with*one*horizontal*an*one*vertical*PCB* •Extending*the*size*to*1,5DIN*has*little*effect*as*some*connectors*(antennas,* Ethernet,*USB)*need*to*be*directly*connected*to*PCB* •Space*is*sparse.

. • Technologies such as IEEE 1394, Bluetooth and USB exist today but each has their own encapsulation, protocols, timing control, etc. such that building interworking functions is difficult.

There are additional requirements in Quality of Service. 2.0 Data Throughput and Range Requirement Source 100 / 200 / 400 and 480 Mb/s up to 4.5 m range 02/031r0 20 Mb/s to 10 m range 00/075r0 60 Mb/s, 90, >100 Mb/s (kiosk) 02/043r0 2-25 Mb/s; 31-63 Mb/s 10 m and 30 m 02/047r0 6-32 Mb/s; 15-50 MB/s; 20-70 Mb/s; 30-100 Mb/s 10 m or 30-50 m range 02/119r0 2 Mb/s to 300 Mb/s: scalable >10 m range to 3 m range 02/137r1 1.5 Mb/s, 12 Mb/s, 480 Mb/s to < 5 m range; 10 -1000 Mb/s desired 02/139r0 50 Mb/s – 500 Mb/s 1 m on body to 5 m ranges: scalable – very low bit rate to high bit rate 02/143r0 3.0 Data Rate and Capacity and Addressing Requirement Source 3 non-overlap channels, min effective throughput 50 Mb/s each 02/031r0 multiple simultaneous channels 02/119r0 4 to 8 non-overlap channels, to 300 Mb/s shared 02/137r1 addressing of <127 devices per host 02/139r0 Large capacity, many devices (private addresses) 02/143r0 4.0 Coexistence, Interference Resistance, Multipath Requirement Source Coexistence with other 802, BlueTooth, Cellular, PCS, GPS, 2.4 GHz and 5 GHz devices 02/043r0, 02/137r1, 02/139r0, 02/143r0 Operates within 1 m of 802, BlueTooth, Cellular, PCS and GPS 02/119r0 Must work with incumbent networks 02/137r1 Must support combinations of network technologies 02/137r1 Shall be capable of (802.15.3) 22 Mb/s QPSK mode 02/102r0 Robust in multipath (indoor) 02/143r0 5.0 Channel Model Requirement Source Wide band channel model (to be defined) 02/137r1 JTC residential A 02/031r0 7.0 Power Consumption Requirement Source 350-450 mW on CamCorder; 150-200 mW Still Digital camera; <100 mW in PDA; 90mW in (toy) wireless robot control 02/043r0 Possible on battery operated devices 02/047r0, 02/143r0 Low power and advanced power management; low power density 02/102r0 40-80 mW battery power; and 150-500 mW mains 02/119r0 Power management 02/139r0 8.0 Quality of Service Requirement Source “Best remedy” for QoS 02/043r0 10-9 BER: video; isochronous capable 02/047r0 10-12 BER: USB-LL 02/139r0 Secure communications; privacy in PAN 02/143r0 High quality audio / video at high bit rate 02/147r0 9.0 Form Factor Requirement Source Not a factor in some applications . easy to integrate into consumer devices, especially portable 02/119r0 memory stick, SD card, Media Card compatible size 02/102r0 5cm x 2.15cm x 0.28 cm without antenna but with MAC: cameras 02/043r0 10.0 Cost Requirement Source Cost and BOM similar to BlueTooth 02/119r0, 02/043r0, 02/031r0

These slave devices are kind of "dummy" I/O expansion cards as they just pass data to/from master device from/to it's I/O ports (RS232, RS485,  ethernet, digital I/O, USB, temperature).

There are additional requirements in Quality of Service. 2.0 Data Throughput and Range Requirement Source 100 / 200 / 400 and 480 Mb/s up to 4.5 m range 02/031r0 20 Mb/s to 10 m range 00/075r0 60 Mb/s, 90, >100 Mb/s (kiosk) 02/043r0 2-25 Mb/s; 31-63 Mb/s 10 m and 30 m 02/047r0 6-32 Mb/s; 15-50 MB/s; 20-70 Mb/s; 30-100 Mb/s 10 m or 30-50 m range 02/119r0 2 Mb/s to 300 Mb/s: scalable >10 m range to 3 m range 02/137r1 1.5 Mb/s, 12 Mb/s, 480 Mb/s to < 5 m range; 10 -1000 Mb/s desired 02/139r0 50 Mb/s – 500 Mb/s 1 m on body to 5 m ranges: scalable – very low bit rate to high bit rate 02/143r0 3.0 Data Rate and Capacity and Addressing Requirement Source 3 non-overlap channels, min effective throughput 50 Mb/s each 02/031r0 multiple simultaneous channels 02/119r0 4 to 8 non-overlap channels, to 300 Mb/s shared 02/137r1 addressing of <127 devices per host 02/139r0 Large capacity, many devices (private addresses) 02/143r0 4.0 Coexistence, Interference Resistance, Multipath Requirement Source Coexistence with other 802, BlueTooth, Cellular, PCS, GPS, 2.4 GHz and 5 GHz devices 02/043r0, 02/137r1, 02/139r0, 02/143r0 Operates within 1 m of 802, BlueTooth, Cellular, PCS and GPS 02/119r0 Must work with incumbent networks 02/137r1 Must support combinations of network technologies 02/137r1 Shall be capable of (802.15.3) 22 Mb/s QPSK mode 02/102r0 Robust in multipath (indoor) 02/143r0 5.0 Channel Model Requirement Source Wide band channel model (to be defined) 02/137r1 JTC residential A 02/031r0 7.0 Power Consumption Requirement Source 350-450 mW on CamCorder; 150-200 mW Still Digital camera; <100 mW in PDA; 90mW in (toy) wireless robot control 02/043r0 Possible on battery operated devices 02/047r0, 02/143r0 Low power and advanced power management; low power density 02/102r0 40-80 mW battery power; and 150-500 mW mains 02/119r0 Power management 02/139r0 8.0 Quality of Service Requirement Source “Best remedy” for QoS 02/043r0 10-9 BER: video; isochronous capable 02/047r0 10-12 BER: USB-LL 02/139r0 Secure communications; privacy in PAN 02/143r0 High quality audio / video at high bit rate 02/147r0 9.0 Form Factor Requirement Source Not a factor in some applications . easy to integrate into consumer devices, especially portable 02/119r0 memory stick, SD card, Media Card compatible size 02/102r0 5cm x 2.15cm x 0.28 cm without antenna but with MAC: cameras 02/043r0 10.0 Cost Requirement Source Cost and BOM similar to BlueTooth 02/119r0, 02/043r0, 02/031r0

These slave devices are kind of "dummy" I/O expansion cards as they just pass data to/from master device from/to it's I/O ports (RS232, RS485,  ethernet, digital I/O, USB, temperature).

. • Technologies exist today such as IEEE 1394, Bluetooth and USB, but each have their own unique encapsulation, protocols, timing control, etc. such that building interworking functions is difficult.

. • Technologies such as IEEE 1394, Bluetooth and USB exist today but each has their own encapsulation, protocols, timing control, etc. such that building interworking functions is difficult.

. • Technologies exist today such as IEEE 1394, Bluetooth and USB, but each have their own unique encapsulation, protocols, timing control, etc. such that building interworking functions is difficult.

Foerster , Intel Intel has been researching and developing ultra-wideband (UWB) technology for high-rate, short-range cable replacement applications like USB 2.0 for the last 2-3 years.

These slave devices are kind of "dummy" I/O expansion cards as they just pass data to/from master device from/to it's I/O ports (RS232, RS485,  ethernet, digital I/O, USB, temperature).

. • Technologies such as IEEE 1394, Bluetooth and USB exist today but each has their own encapsulation, protocols, timing control, etc. such that building interworking functions is difficult.

. • Technologies such as IEEE 1394, Bluetooth and USB exist today but each has their own encapsulation, protocols, timing control, etc. such that building interworking functions is difficult.

Please stop by and pick one up (and you get to keep the USB drive!).

To supply power other devices beyond the USB 10W power range > ii.

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Please stop by and pick one up (and you > get to keep the USB drive!).

From : "Gang Wu" Date: Thu, 20 Nov 2003 02:17:58 -0500 (EST) stds-802-mobility: Fw: Formation of a Study Group in 802.18 on "Unlicensed Use of Unused TV Broadcast Spectrum" From : "Gang Wu" Date: Wed, 19 Nov 2003 18:33:23 -0500 (EST) stds-802-mobility: USB Storage Device Left at 802.20 Meeting From : Jerry1upton@aol.com Date: Tue, 18 Nov 2003 13:26:37 -0500 (EST) stds-802-mobility: 2004 WiFi Voice Conference From : "mwinkhler" Date: Tue, 18 Nov 2003 04:43:54 -0500 (EST) stds-802-mobility: Our web site has been updated From : "Gang Wu" Date: Mon, 17 Nov 2003 14:43:59 -0500 (EST) 802.18 doc From : "Stevenson, Carl R (Carl)" Date: Thu, 13 Nov 2003 20:51:27 -0500 (EST) another .18 doc From : "Stevenson, Carl R (Carl)" Date: Thu, 13 Nov 2003 18:13:15 -0500 (EST) Return to top of Page Mail converted by MHonArc

Consider working with USB on version to AC couple to power lead. iii.

In a recent instance, a patent nominally associated with implementations of 802.9 (a long dead standard) was claimed by the NPE owner as being essential in implementations of USB.

Please stop by and pick one up (and you get to keep > the USB drive!).