Dedicated to making data faster and safer, Rambus creates innovative hardware, software and services that drive technology advancements from the data center to the mobile edge. Our architecture licenses, IP cores, chips, software, and services span memory and interfaces, security, and emerging technologies to positively impact the modern world. We collaborate with the industry, partnering with leading chip and system designers, foundries, and service providers. Integrated into tens of billions of devices and systems, our products and technologies power and secure diverse applications, including Big Data, Internet of Things (IoT) security, mobile payments, and smart ticketing.

1. Rambus
Overview
PRIMER

2. Delivering data faster and safer is critical
to the success of tomorrow’s data center
and mobile edge applications.

3. 3
Who We Are
Rambus has nearly 30
years of experience
creating cutting edge
technologies that
address this need…

4. 4
Our Journey So Far
Key Milestones
NowThen
1990
Revolutionizing the Memory Market Diversified and Expanded Out Product Offering
2000 2010 2017

5. 5
Corporate Facts
• NASDAQ: RMBS, Inc. in 1990; IPO 1997
• Headquartered in Sunnyvale, CA
• Operations throughout North America,
Europe & Asia
• Q317 Revenue: $99.1M
• 2016 Revenue: $336.6M
• ~800 employees
• ~2,500 patents & applications
Markets Served
Data Center
• Acceleration + lower power
• System-level architectures
• Innovative products to support needs
Mobile Edge
• Secure endpoints = secure data
• Hardware root-of-trust
• Value and monetization for
end-user services
Rambus At-a-Glance
Advanced Memory
Research
Storage Class
Memory
DDR5
Cryogenic
Computing
Next-Generation
Secure Payment
Next-Generation
Smart Ticketing
Innovations &
ArchitecturesCores
DDRx PHYs
SerDxes PHYs
Cores
DDRx PHYs
SerDes PHYs
Provisioning
Mobile Payments
Smart Transport
Security Service
ChipsArchitecture
License+
Architecture
License+
Secure
Smart Cores
Data Center
Mobile Edge
Cores
Memory PHYs
SerDes PHYs

6. 6
Moving Data Faster, Safer, and Smarter

7. 7
Cores
SerDes PHYs
Move data from chip to chip
Memory PHYs
Move data between chips and memory
Chips
Server DIMM Chipsets
Enables more capacity at high performance
The Data Center
Data・Faster

8. 8
Embedded Security
Secure Cores
Embedded device protection
CryptoManager Platform
Secure provisioning and key management
Secure Services
CryptoManager Trusted Services
IoT Security Service
Secure Software
Mobile Payments
Secure payments and trusted transactions
Smart Ticketing
Simplified travel with mobile ticketing
The Mobile Edge
Data・Safer

9. But we don’t stop there…

10. 10
Emerging Solutions
Data・Smarter
Emerging Solutions
From concept to reality
Innovation • Research • Development

11. So what does this all mean in the
real world?

12. 12
Optimized for power
and area, our Memory
and SerDes PHY IP
Cores deliver
maximum
performance for the
latest network and
data center
applications.
Cores

13. 13
Built for speed and
power efficiency, our
Server DIMM chips are
the critical technology
for maximizing data
center performance
and capacity.
Chips

14. 14
Flexible and highly
secure platform from
secure Cores to Trusted
Services that protect
devices and manage
their security lifecycle
for chipmakers, OEMs,
and service providers.
CryptoManager
Platform

15. 15
CryptoManager
IoT Security
Service
Leveraging a Rambus or
3rd-party root-of-trust,
our IoT Security Service
enables seamless
secure connectivity
and security lifecycle
management of IoT
devices.

16. 16
Unified Payment
Platform
Built on a proven secure
transaction foundation,
the Universal Payment
Platform revolutionizes
digital shopping with
“scan-and-go”, split
payments, and real-time
loyalty redemption.

17. 17
Smart Ticketing
Secure smart ticketing
using Host Card
Emulation (HCE) to buy,
manage, provision, and
“tap to enter” from
your mobile phone.

18. 18
SPT in Glasgow has
deployed Rambus Smart
Ticketing, enabling
travelers to securely buy
and download tickets,
and tap-to-enter into
the subway.
Changing Travel in
Glasgow, Scotland

19. 19
Exploring avenues to
surpass the slowing of
Moore's Law and meet
the needs of next-
generation data
centers through
cryogenic research.
Advanced
Research

20. 20
Thank you