Showing posts with label Kaiam. Show all posts
Showing posts with label Kaiam. Show all posts

Thursday, January 3, 2019

Kaiam goes into financial administration and lays off staff in Scotland

Kaiam, a manufacturer of advanced data center optical transceivers with manufacturing in Livingston, Scotland, entered into financial administration on December 24. The company gave redundancy notices to 312 staff on Christmas Eve.

Kaiam, which was founded in 2009, use silicon micro-mechanical techniques to solve the challenging transceiver manufacturing step of single-mode alignment and attachment. The company supplies multi-wavelength single-mode products, such as its 100G-CWDM4 QSFP28 transceivers. Kaiam has previously announced 400G products on its roadmap.

The Daily Record reports that government officials were made aware of the company's precarious financial situation more than a month earlier.

https://www.dailyrecord.co.uk/news/local-news/government-officials-aware-financial-difficulties-13806800



Kaiam builds optical transceiver reserve as a hedge against US-China trade war

Kaiam, a leading manufacturer of advanced data center optical transceivers, has initiated a strategic transceiver reserve program to protect U.S. and European data centers from the effects of the incipient US-China trade war.

The company said the need for a reserve supply of optical transceivers arises because of the broad tariffs recently enacted by the Trump administration, which could impede the importation of Chinese-made optical transceivers into the United States. Kaiam notes that U.S. cloud data centers are largely dependent on this supply of Chinese-made transceivers, making them vulnerable to collateral damage from the increasingly turbulent US-Chinese relationship.

Kaiam is a vertically-integrated manufacturer based in Newark, California with large-scale manufacturing in Livingston, Scotland.


Wednesday, July 18, 2018

Kaiam builds optical transceiver reserve as a hedge against US-China trade war

Kaiam, a leading manufacturer of advanced data center optical transceivers, has initiated a strategic transceiver reserve program to protect U.S. and European data centers from the effects of the incipient US-China trade war.

The company said the need for a reserve supply of optical transceivers arises because of the broad tariffs recently enacted by the Trump administration, which could impede the importation of Chinese-made optical transceivers into the United States. Kaiam notes that U.S. cloud data centers are largely dependent on this supply of Chinese-made transceivers, making them vulnerable to collateral damage from the increasingly turbulent US-Chinese relationship.

Kaiam is a vertically-integrated manufacturer based in Newark, California with large-scale manufacturing in Livingston, Scotland.

“In today’s global economy, it’s easy to assume goods will flow seamlessly across borders indefinitely. We sometimes forget that the optical components that power Cloud companies like Google, Facebook, Amazon, and others are virtually all made in China and are thus susceptible to trade tensions. As patriots, we believe a transceiver reserve is necessary for our domestic security,” said Jeremy Dietz, VP of Global Sales and Marketing at Kaiam. “Our advanced technology and manufacturing process allows us to easily build a buffer to protect our nation in case of an embargo or even a natural disaster. We are currently exploring secure underground locations in states such as Utah and Nevada.”

“Our Constitution implicitly guarantees the fundamental right to engage in online activities ranging from the sublime to the abject on a 24/7 basis,” said CTO Rob Kalman of Kaiam. “We view it as our patriotic duty to protect these rights, for it is more true than ever that the price of freedom is eternal vigilance!”

“All humor aside, we are seeing the benefits of our $80m investment in the automated UK line, and have the capacity to serve a large fraction of the high-performance optical transceiver market. The MEMS-based micro-packaging technology, together with our recent massive investments in automation and infrastructure, provides our Western customers with a secure source, free of potential trade issues,” said Bardia Pezeshki, President and CEO of Kaiam. “As we announced in a recent press release, we aim to serve the Asian market, with a similar local source, through our partnership with Broadex. This dual strategy eliminates any potential supply issues on both sides of the globe.”

Kaiam debuts 400G QSFP-DD

Kaiam unveiled an 8-lane, single-mode 400G transceiver in a QSFP-DD form factor at OFC 2018.

The new device, which is enabled by the company's LightScale2 architecture used in its XQX5000 series of 100GBASE-CWDM4 QSFP28 pluggables, is optimized for high-volume, low-cost manufacturing.

The company said its LightScale2 platform supports both 4-lane and 8-lane 200G and 400G transceiver variants, including 400G-LR8/FR8, 400G-FR4, 2x100G-LR4, 2x100G-CWDM4, 2x100G-4WDM-10, 200G-FR4, and 2x200G-FR4. These can be supported in either QSFP-DD or OSFP packages. The platform can further extend to future 800G solutions, and even beyond pluggables to Kaiam’s Co-Packaged Photonics Interconnect (CoPPhI).

“As capacity and density requirements increase in the data center, our MEMS-based PLC approach further outperforms traditional approaches,” commented Bardia Pezeshki, CEO. “At OFC 2018, we are demonstrating a transceiver that has 4x the bandwidth of the previous generation in roughly the same QSFP form factor, highlighting the bandwidth and density scalability of Kaiam’s technology.”




Kaiam reaches volume production of 100G CWDM4 transceivers


Kaiam, a manufacturer of optical transceivers for hyperscale data centers based in Newark, California, has begun shipping its XQX5000-series of QSFP28 100G-CWDM4 transceivers in commercial volume. The new transceivers are based on the company's LightScale2 architecture, which eliminates hermetic “gold boxes” and flex circuits. Kaiam maintains large-scale manufacturing in Livingston, Scotland. The company reports that the LightScale2 production...

Tuesday, June 12, 2018

Kaiam releases enhanced 100G “CWDM4+" transceivers

Kaiam is releasing an enhanced series of 100G “CWDM4+” transceivers.

Kaiam said its enhanced transceivers offer substantially higher performance than the CWDM4 standard. Specifically, the enhanced CWDM4+ transceivers provide -1dBm minimum Tx OMA, 3dB more than required by the CWDM4 standard. This, in turn, supports 3dB more link budget than the CWDM4 standard requires, supporting more robust links in the face of various real-world data center link impairments.

“Kaiam is uniquely positioned to address the data center deployment issues encountered by our customers,” stated Jeremy Dietz, VP of Global Sales & Marketing. “By enabling more link budget and delivering higher reliability than standard products, many of these issues can be avoided. We have moved the technology needle considerably, proving that the CWDM4 standard specs are overly conservative in today’s world. Our recently expanded production capacity in Livingston, UK combined with that from our partnership with Broadex provides customers with quick access to improved value.”

Kaim also noted that it is able to exceed MSA specifications without additional cost.

Thursday, March 15, 2018

Kaiam debuts 400G QSFP-DD

Kaiam unveiled an 8-lane, single-mode 400G transceiver in a QSFP-DD form factor at OFC 2018.

The new device, which is enabled by the company's LightScale2 architecture used in its XQX5000 series of 100GBASE-CWDM4 QSFP28 pluggables, is optimized for high-volume, low-cost manufacturing.

The company said its LightScale2 platform supports both 4-lane and 8-lane 200G and 400G transceiver variants, including 400G-LR8/FR8, 400G-FR4, 2x100G-LR4, 2x100G-CWDM4, 2x100G-4WDM-10, 200G-FR4, and 2x200G-FR4. These can be supported in either QSFP-DD or OSFP packages. The platform can further extend to future 800G solutions, and even beyond pluggables to Kaiam’s Co-Packaged Photonics Interconnect (CoPPhI).

“As capacity and density requirements increase in the data center, our MEMS-based PLC approach further outperforms traditional approaches,” commented Bardia Pezeshki, CEO. “At OFC 2018, we are demonstrating a transceiver that has 4x the bandwidth of the previous generation in roughly the same QSFP form factor, highlighting the bandwidth and density scalability of Kaiam’s technology.”

“We’re seeing market need for 400G QSFP-DD transceivers in 2019, but uncertainty and skepticism about whether transceiver vendors can deliver cost-effective solutions at scale with the high speeds needed per lane and the desired reach. Our ability to offer a simple 8-channel 400G solution in advance of the more complex 4-channel electronics, with the full 10km reach, gives the customers faster and easier access to 400G in the desired compact form factor,” commented Jeremy Dietz, VP of Global Sales & Marketing.

Monday, September 18, 2017

Kaiam reaches volume production of 100G CWDM4 transceivers

Kaiam, a manufacturer of optical transceivers for hyperscale data centers based in Newark, California, has begun shipping its XQX5000-series of QSFP28 100G-CWDM4 transceivers in commercial volume.

The new transceivers are based on the company's LightScale2 architecture, which eliminates hermetic “gold boxes” and flex circuits. Kaiam maintains large-scale manufacturing in Livingston, Scotland.

The company reports that the LightScale2 production ramp has gone very smoothly.

“Our UK factory has manufactured traditional hermetic TOSAs and ROSAs in high volumes for years. The LightScale2 platform is far simpler to manufacture in terms of assembly steps, capital equipment, and labor. This has allowed us to ramp to high volumes with high yields much more quickly than was possible with more complex legacy products,” stated Russell Childs, GM of Kaiam Europe Ltd.

Kaiam CEO Bardia Pezeshki added, “Our micromechanical alignment technology allows multimode packaging techniques to be used in a single mode application. The Lightscale2 platform is optimized to deliver maximum value and performance in the data center environment at dramatically lower costs than traditionally aligned hybrid approaches.”