Re: [RFC v0 0/2] Introduce on-chip interconnect API

2017-03-22 Thread Moritz Fischer
On Tue, Mar 14, 2017 at 05:41:54PM +0200, Georgi Djakov wrote: > On 03/03/2017 08:21 AM, Rob Herring wrote: > > On Wed, Mar 01, 2017 at 08:22:33PM +0200, Georgi Djakov wrote: > > > Modern SoCs have multiple processors and various dedicated cores (video, > > > gpu, > > > graphics, modem). These

Re: [RFC v0 0/2] Introduce on-chip interconnect API

2017-03-22 Thread Moritz Fischer
On Tue, Mar 14, 2017 at 05:41:54PM +0200, Georgi Djakov wrote: > On 03/03/2017 08:21 AM, Rob Herring wrote: > > On Wed, Mar 01, 2017 at 08:22:33PM +0200, Georgi Djakov wrote: > > > Modern SoCs have multiple processors and various dedicated cores (video, > > > gpu, > > > graphics, modem). These

Re: [RFC v0 0/2] Introduce on-chip interconnect API

2017-03-14 Thread Georgi Djakov
On 03/03/2017 08:21 AM, Rob Herring wrote: On Wed, Mar 01, 2017 at 08:22:33PM +0200, Georgi Djakov wrote: Modern SoCs have multiple processors and various dedicated cores (video, gpu, graphics, modem). These cores are talking to each other and can generate a lot of data flowing through the

Re: [RFC v0 0/2] Introduce on-chip interconnect API

2017-03-14 Thread Georgi Djakov
On 03/03/2017 08:21 AM, Rob Herring wrote: On Wed, Mar 01, 2017 at 08:22:33PM +0200, Georgi Djakov wrote: Modern SoCs have multiple processors and various dedicated cores (video, gpu, graphics, modem). These cores are talking to each other and can generate a lot of data flowing through the

Re: [RFC v0 0/2] Introduce on-chip interconnect API

2017-03-02 Thread Rob Herring
On Wed, Mar 01, 2017 at 08:22:33PM +0200, Georgi Djakov wrote: > Modern SoCs have multiple processors and various dedicated cores (video, gpu, > graphics, modem). These cores are talking to each other and can generate a lot > of data flowing through the on-chip interconnects. These interconnect

Re: [RFC v0 0/2] Introduce on-chip interconnect API

2017-03-02 Thread Rob Herring
On Wed, Mar 01, 2017 at 08:22:33PM +0200, Georgi Djakov wrote: > Modern SoCs have multiple processors and various dedicated cores (video, gpu, > graphics, modem). These cores are talking to each other and can generate a lot > of data flowing through the on-chip interconnects. These interconnect

[RFC v0 0/2] Introduce on-chip interconnect API

2017-03-01 Thread Georgi Djakov
Modern SoCs have multiple processors and various dedicated cores (video, gpu, graphics, modem). These cores are talking to each other and can generate a lot of data flowing through the on-chip interconnects. These interconnect buses could form different topologies such as crossbar, point to point

[RFC v0 0/2] Introduce on-chip interconnect API

2017-03-01 Thread Georgi Djakov
Modern SoCs have multiple processors and various dedicated cores (video, gpu, graphics, modem). These cores are talking to each other and can generate a lot of data flowing through the on-chip interconnects. These interconnect buses could form different topologies such as crossbar, point to point