ByteBuffers and beyond: Working with foreign memory in Java
Direct buffers are, to date, the only supported way to access foreign,
off-heap memory. Despite their success, direct buffers suffer from
significant limitations --- stateful-ness, lack of addressing space,
non-deterministic deallocation to name a few --- which makes them a
less-than-ideal choice under certain workloads. In this talk we paint
the path to the future: a safe, supported, and efficient foreign memory
access API for Java. By providing a more targeted solution to the
problem of accessing foreign memory developers will be free of those
limitations but, in addition, they will also enjoy improved performance.
The new API is designed from the ground-up with JIT optimizations in
mind - and all without sacrificing memory access safety. The talk will
cover Memory Access API (JEP 370) which is targeted to JDK 14 as an
incubating module.
Direct buffers are, to date, the only supported way to access foreign,
off-heap memory. Despite their success, direct buffers suffer from
significant limitations --- stateful-ness, lack of addressing space,
non-deterministic deallocation to name a few --- which makes them a
less-than-ideal choice under certain workloads. In this talk we paint
the path to the future: a safe, supported, and efficient foreign memory
access API for Java. By providing a more targeted solution to the
problem of accessing foreign memory developers will be free of those
limitations but, in addition, they will also enjoy improved performance.
The new API is designed from the ground-up with JIT optimizations in
mind - and all without sacrificing memory access safety. The talk will
cover Memory Access API (JEP 370) which is targeted to JDK 14 as an
incubating module.
ByteBuffers and beyond: Working with foreign memory in Java
Direct buffers are, to date, the only supported way to access foreign,
off-heap memory. Despite their success, direct buffers suffer from
significant limitations --- stateful-ness, lack of addressing space,
non-deterministic deallocation to name a few --- which makes them a
less-than-ideal choice under certain workloads. In this talk we paint
the path to the future: a safe, supported, and efficient foreign memory
access API for Java. By providing a more targeted solution to the
problem of accessing foreign memory developers will be free of those
limitations but, in addition, they will also enjoy improved performance.
The new API is designed from the ground-up with JIT optimizations in
mind - and all without sacrificing memory access safety. The talk will
cover Memory Access API (JEP 370) which is targeted to JDK 14 as an
incubating module.
off-heap memory. Despite their success, direct buffers suffer from
significant limitations --- stateful-ness, lack of addressing space,
non-deterministic deallocation to name a few --- which makes them a
less-than-ideal choice under certain workloads. In this talk we paint
the path to the future: a safe, supported, and efficient foreign memory
access API for Java. By providing a more targeted solution to the
problem of accessing foreign memory developers will be free of those
limitations but, in addition, they will also enjoy improved performance.
The new API is designed from the ground-up with JIT optimizations in
mind - and all without sacrificing memory access safety. The talk will
cover Memory Access API (JEP 370) which is targeted to JDK 14 as an
incubating module.
Video presentation
About speaker
About speaker
Vladimir is a Senior Principal Engineer working on HotSpot JVM at Oracle
and specializes in JIT-compilation and JVM languages support.
Also, involved in Project Panama where he contributes to FFI and Vector API
projects.
and specializes in JIT-compilation and JVM languages support.
Also, involved in Project Panama where he contributes to FFI and Vector API
projects.
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